mhurhangee/ep-ind-claims huggingface dataset:
Rotary electric machine for a motor vehicle, having: - a stator, extending along an axis, said stator having a body and a winding provided with winding heads (20, 21) extending axially on either side of the stator body, - at least one bracket having a transversely extending plate and a skirt extending axially from the plate, - the plate having an internal face oriented towards a winding head, - the internal face has a main recess that increases the minimum axial distance (d) separating the winding head from the internal face, the main recess having a radially extending bottom, the main recess having a set-back portion, the machine having a fan having at least one blade, characterized in that the set-back portion is arranged axially opposite the blade. - a stator, extending along an axis, said stator having a body and a winding provided with winding heads (20, 21) extending axially on either side of the stator body, - at least one bracket having a transversely extending plate and a skirt extending axially from the plate, - the plate having an internal face oriented towards a winding head, - the internal face has a main recess that increases the minimum axial distance (d) separating the winding head from the internal face, the main recess having a radially extending bottom, the main recess having a set-back portion, the machine having a fan having at least one blade, characterized in that the set-back portion is arranged axially opposite the blade.
A process for the preparation of a compound of Formula IV wherein the process comprises reducing a compound of Formula III to obtain the compound of Formula IV, wherein X - is Cl -, Br -, or I -.
A tire manufacturing method for controlling a product profile having one or more elastomeric layers that are produced by continuously extruding an elongated element of an elastomeric material and depositing the elongated element upon a forming surface of a circumferentially rotating drum, characterized in that the process comprises the following steps: feeding the elongated element to a reel assembly at a predetermined flow rate consistent with a rotation speed of the drum, with the reel assembly positioned at a predetermined distance above the forming surface so as to remain out of contact therewith; depositing the elongated element axially along at least a portion of the forming surface to produce a layer; providing data for the product profile that includes at least a target circumferential value of at least a portion of the layer; detecting, with a predetermined frequency, a value indicative of a distance traveled by the elongated element along a circumferential extent of the rotating drum; comparing the detected value with the target circumferential value at an elapsed time during the deposition cycle; and verifying equivalence between the detected value and the target circumferential value prior to deposition of a subsequent layer. feeding the elongated element to a reel assembly at a predetermined flow rate consistent with a rotation speed of the drum, with the reel assembly positioned at a predetermined distance above the forming surface so as to remain out of contact therewith; depositing the elongated element axially along at least a portion of the forming surface to produce a layer; providing data for the product profile that includes at least a target circumferential value of at least a portion of the layer; detecting, with a predetermined frequency, a value indicative of a distance traveled by the elongated element along a circumferential extent of the rotating drum; comparing the detected value with the target circumferential value at an elapsed time during the deposition cycle; and verifying equivalence between the detected value and the target circumferential value prior to deposition of a subsequent layer.
One or more computer-readable media having computer-executable instructions, which when executed perform steps, comprising: maintaining information representative of squads (104 1 -104 n) of clients, including a first squad and a second squad; receiving data by which a member of the first squad can track movement of at least one member of the second squad; and providing the data in response to the member of the first squad; characterized in that: clients in the same squad are connected by a WLAN connection and the clients within the squad use their WLAN connection to share data with one another; wherein the sharing of data occurs whenever a single data copy of interest is downloaded to a squad member and the sharing is synchronized, wherein each member of the squad wakes up its WLAN interface for a time slice within a suitable time interval to conduct the data sharing; wherein the synchronized wakeup and sharing via WLAN is based on GPS, wherein a GPS timestamp is used as time data to synchronize all clients in the squad, whereby clients wake up their WLAN interfaces simultaneously to share. maintaining information representative of squads (104 1 -104 n) of clients, including a first squad and a second squad; receiving data by which a member of the first squad can track movement of at least one member of the second squad; and providing the data in response to the member of the first squad; characterized in that: clients in the same squad are connected by a WLAN connection and the clients within the squad use their WLAN connection to share data with one another; wherein the sharing of data occurs whenever a single data copy of interest is downloaded to a squad member and the sharing is synchronized, wherein each member of the squad wakes up its WLAN interface for a time slice within a suitable time interval to conduct the data sharing; wherein the synchronized wakeup and sharing via WLAN is based on GPS, wherein a GPS timestamp is used as time data to synchronize all clients in the squad, whereby clients wake up their WLAN interfaces simultaneously to share. clients in the same squad are connected by a WLAN connection and the clients within the squad use their WLAN connection to share data with one another; wherein the sharing of data occurs whenever a single data copy of interest is downloaded to a squad member and the sharing is synchronized, wherein each member of the squad wakes up its WLAN interface for a time slice within a suitable time interval to conduct the data sharing; wherein the synchronized wakeup and sharing via WLAN is based on GPS, wherein a GPS timestamp is used as time data to synchronize all clients in the squad, whereby clients wake up their WLAN interfaces simultaneously to share.
A sheet conveying device comprising: a pair of rotary bodies configured to convey a sheet and correct a positional deviation of the sheet; and a pair of downstream side sheet conveying bodies (33,13,18) disposed downstream from the pair of rotary bodies in a sheet conveying direction and configured to convey the sheet; wherein the pair of rotary bodies are configured to move the sheet by moving from a home position on a sheet conveyance passage through which the sheet passes; characterized in that: the pair of rotary bodies are configured to automatically separate from the sheet after a predetermined number of rotations set based on the distance between the pair of rotary bodies and the pair of downstream side sheet conveying bodies; the sheet conveying device comprises a detector configured to detect separation of the pair of rotary bodies; and in response to detection of the separation of the pair of rotary bodies by the detector, the pair of rotary bodies are configured to move to the home position while the pair of downstream side sheet conveying bodies (33,13,18) is conveying the sheet. a pair of rotary bodies configured to convey a sheet and correct a positional deviation of the sheet; and a pair of downstream side sheet conveying bodies (33,13,18) disposed downstream from the pair of rotary bodies in a sheet conveying direction and configured to convey the sheet; wherein the pair of rotary bodies are configured to move the sheet by moving from a home position on a sheet conveyance passage through which the sheet passes; characterized in that: the pair of rotary bodies are configured to automatically separate from the sheet after a predetermined number of rotations set based on the distance between the pair of rotary bodies and the pair of downstream side sheet conveying bodies; the sheet conveying device comprises a detector configured to detect separation of the pair of rotary bodies; and in response to detection of the separation of the pair of rotary bodies by the detector, the pair of rotary bodies are configured to move to the home position while the pair of downstream side sheet conveying bodies (33,13,18) is conveying the sheet. the pair of rotary bodies are configured to automatically separate from the sheet after a predetermined number of rotations set based on the distance between the pair of rotary bodies and the pair of downstream side sheet conveying bodies; the sheet conveying device comprises a detector configured to detect separation of the pair of rotary bodies; and in response to detection of the separation of the pair of rotary bodies by the detector, the pair of rotary bodies are configured to move to the home position while the pair of downstream side sheet conveying bodies (33,13,18) is conveying the sheet.
Method for analyzing the operation of a machine and/or for calibrating a control system of the machine, in particular of an internal combustion engine, wherein test points which are defined by values of a plurality of predetermined operating parameters and are selected from a multi-dimensional test space by means of a statistical test plan, are approached, wherein, when approaching the test points, in each case a plurality of operating parameters (P 1) are changed in a plurality of steps from one test point (T n) to the next test point (T n+1) by means of a slow dynamic slopes method, wherein operating measurements (meas) are carried out at measuring points (M n), which are determined by a respective step size, and at the actual test points (T n, T n+1), so that the test points are connected to one another by measurement ramps, with measurement data from the operating measurements being output for analysis and calibration of the controller and being continuously stored, wherein the measurement data are fed to a model building algorithm, wherein a model is adapted by means of the model building algorithm during an execution of the method, wherein test points not yet measured and/or additional test points are placed by means of the adapted model.
A display panel, comprising: an array substrate comprising a plurality of pixels to display an image and a common voltage line (CL1; CL2) to transmit a common voltage; an opposite substrate comprising a common electrode to receive the common voltage from the common voltage line (CL1; CL2); a coupling member arranged between the array substrate and the opposite substrate to couple the array substrate and the opposite substrate; and a conductive spacer member arranged partially between the common electrode and the common voltage line (CL1; CL2) to connect the common electrode to the common voltage line (CL1; CL2), the conductive spacer member extending along the common voltage line (CL1; CL2); characterized in that the conductive spacer member has a bar-like shape; and the conductive spacer member is arranged at a side of the coupling member. an array substrate comprising a plurality of pixels to display an image and a common voltage line (CL1; CL2) to transmit a common voltage; an opposite substrate comprising a common electrode to receive the common voltage from the common voltage line (CL1; CL2); a coupling member arranged between the array substrate and the opposite substrate to couple the array substrate and the opposite substrate; and a conductive spacer member arranged partially between the common electrode and the common voltage line (CL1; CL2) to connect the common electrode to the common voltage line (CL1; CL2), the conductive spacer member extending along the common voltage line (CL1; CL2); characterized in that the conductive spacer member has a bar-like shape; and the conductive spacer member is arranged at a side of the coupling member.
A server that provides data described in a markup language to an information processing device which performs display control in accordance with the provided data, the server comprising: providing means for providing, when the server provides data described in the markup language, priority information; and distributing means for, in response to requests for acquiring the contents from the information processing device through each stream with different priorities depending on the provided priority information, distributing the each content to the information processing device by using the each stream, characterized in that the streams are included in a session managed on a single TCP connection with the information processing device, and the server further comprises priority information generation means for generating the priority information to be provided by the providing means based on an attribute of each content designated by the provided data to the information processing device and a state of a network environment between the information processing device and the server. providing means for providing, when the server provides data described in the markup language, priority information; and distributing means for, in response to requests for acquiring the contents from the information processing device through each stream with different priorities depending on the provided priority information, distributing the each content to the information processing device by using the each stream, characterized in that the streams are included in a session managed on a single TCP connection with the information processing device, and the server further comprises priority information generation means for generating the priority information to be provided by the providing means based on an attribute of each content designated by the provided data to the information processing device and a state of a network environment between the information processing device and the server.
A composition comprising an HBV RNAi agent, wherein the HBV RNAi agent comprises a sense strand comprising a nucleobase sequence of SEQ ID NO: 302 or 319 and an antisense strand at least partially complementary to the sense strand, and wherein at least one nucleotide of the sense strand and/or at least one nucleotide of the antisense strand of the RNAi agent is a modified nucleotide and/or has a modified internucleoside linkage.
Thermal energy transformation plant, which plant comprises: • an energy storage device comprising a heat-transfer fluid vessel, referred to as FC vessel, containing a FC fluid in a pressurized gaseous phase, • a first electrical generator connected to the FC vessel through a fluid forward channel, the generator being adapted for producing electrical energy from kinetic energy of the pressurized gaseous fluid, • a heat pump adapted for transferring thermal energy from a cold source to the energy storage device in order to warm the FC fluid contained in the FC vessel and/or to supply energy to the MCP material and a return channel, the plant being characterized in that said storage device comprises a MCP vessel containing a phase-change material, referred to as MCP material, the MCP vessel and the FC vessel being positioned relative to each other so as to permit a thermal energy transfer between the MCP material and the FC fluid, and said first electric generator being connected to the FC vessel through a return channel. • an energy storage device comprising a heat-transfer fluid vessel, referred to as FC vessel, containing a FC fluid in a pressurized gaseous phase, • a first electrical generator connected to the FC vessel through a fluid forward channel, the generator being adapted for producing electrical energy from kinetic energy of the pressurized gaseous fluid, • a heat pump adapted for transferring thermal energy from a cold source to the energy storage device in order to warm the FC fluid contained in the FC vessel and/or to supply energy to the MCP material and a return channel,
A method for the detection of SARS-CoV-2 in a plurality of biological samples of living beings, said method comprises the following steps: Providing n biological samples, each thereof originates from an individual living being out of a group of n individual living beings, wherein n is an integer of 2 - 500, preferably of 3 - 100, further preferably of 5 - 50, and further preferably of 10; Placing each of said n biological samples in individual buffer solution and incubating for a time span allowing the displacement of SARS-CoV-2 and/or SARS-CoV-2 derived material from the biological sample and its transfer into the buffer to obtain individual primary samples S n; Removing an aliquot from the individual primary samples S n and diluting it in buffer by 1: n to obtain individual diluted samples S D n; Pooling said individual diluted samples S D n to obtain a pool sample S P. Testing the pool sample S P for the presence of SARS-CoV-2 and/or SARS-CoV-2 derived material; Qualifying each of the n individual living beings as SARS-CoV-2 negative if in step no SARS-CoV-2 and/or SARS-CoV-2 derived material is detected in pool sample S P; or Testing each of said individual primary samples S n for the presence of SARS-CoV-2 and/or SARS-CoV-2 derived material if in step SARS-CoV-2 and/or SARS-CoV-2 derived material is detected in pool sample S P. Providing n biological samples, each thereof originates from an individual living being out of a group of n individual living beings, wherein n is an integer of 2 - 500, preferably of 3 - 100, further preferably of 5 - 50, and further preferably of 10; Placing each of said n biological samples in individual buffer solution and incubating for a time span allowing the displacement of SARS-CoV-2 and/or SARS-CoV-2 derived material from the biological sample and its transfer into the buffer to obtain individual primary samples S n; Removing an aliquot from the individual primary samples S n and diluting it in buffer by 1: n to obtain individual diluted samples S D n; Pooling said individual diluted samples S D n to obtain a pool sample S P. Testing the pool sample S P for the presence of SARS-CoV-2 and/or SARS-CoV-2 derived material; Qualifying each of the n individual living beings as SARS-CoV-2 negative if in step no SARS-CoV-2 and/or SARS-CoV-2 derived material is detected in pool sample S P; or Testing each of said individual primary samples S n for the presence of SARS-CoV-2 and/or SARS-CoV-2 derived material if in step SARS-CoV-2 and/or SARS-CoV-2 derived material is detected in pool sample S P.
A computer-implemented system that facilitates availability of a schema, comprising: a packaging component that signs a schema package with a cryptographic key of a cryptographic key pair, wherein a schema definition is collected in the schema package, whereby the schema has a strong name including the schema's version and a public key portion of the cryptographic key pair used to sign the schema package; wherein the packaging component creates an intrinsic relationship between the schema package and a client-side assembly, wherein the packaging component embeds the signed schema package into the client-side assembly as a resource identified based on the strong name. a packaging component that signs a schema package with a cryptographic key of a cryptographic key pair, wherein a schema definition is collected in the schema package, whereby the schema has a strong name including the schema's version and a public key portion of the cryptographic key pair used to sign the schema package; wherein the packaging component creates an intrinsic relationship between the schema package and a client-side assembly, wherein the packaging component embeds the signed schema package into the client-side assembly as a resource identified based on the strong name.
A method of optimizing access network utilization, the access network including a plurality of integrated access devices coupled to an ATM adaptation layer type 2,AAL2, device, the AAL2 device having a plurality of AAL2 channels, X, comprising: providing a plurality of subscriber lines, Σmi, coupled to the integrated access devices; providing a plurality of integrated access device lines, Σni, between the integrated access devices and the AAL2 device; and multiplexing the plurality of integrated access device lines by the AAL2 device onto the plurality of AAL2 channels, such that the AAL2 channels are oversubscribed; and providing a reorder tone to any subscriber whose call is blocked. providing a plurality of subscriber lines, Σmi, coupled to the integrated access devices; providing a plurality of integrated access device lines, Σni, between the integrated access devices and the AAL2 device; and multiplexing the plurality of integrated access device lines by the AAL2 device onto the plurality of AAL2 channels, such that the AAL2 channels are oversubscribed; and providing a reorder tone to any subscriber whose call is blocked.
A hot-stamped and trimmed part that is produced by hot pressing a blank and then cutting off an excess outer peripheral portion by laser machining, the hot-stamped and trimmed part characterized in that an outer peripheral shape of the hot-stamped and trimmed part includes a laser trim line formed by cutting in the laser machining, and a press trim line formed by shearing in the hot pressing or pressing performed before the hot pressing, and the laser trim line and the press trim line together define a projecting corner portion having an angle (θ1), wherein one of the laser trim line and the press trim line has a recessed portion (32; 34) that is continuous with the corner portion, and the other of the laser trim line and the press trim line is connected to the one trim line so as to intersect an opening end of the recessed portion (32; 34). an outer peripheral shape of the hot-stamped and trimmed part includes a laser trim line formed by cutting in the laser machining, and a press trim line formed by shearing in the hot pressing or pressing performed before the hot pressing, and the laser trim line and the press trim line together define a projecting corner portion having an angle (θ1), wherein one of the laser trim line and the press trim line has a recessed portion (32; 34) that is continuous with the corner portion, and the other of the laser trim line and the press trim line is connected to the one trim line so as to intersect an opening end of the recessed portion (32; 34).
A method for a communications device connected to a public switched telephone network, PSTN, communications line to query a remote service platform for service information updates, the method comprising at the device: the device monitoring said communications line for a trigger event associated with PSTN signalling received by the device on said communications line; determining if a said trigger event has occurred, and if so, generating a request for a service information update, the request including an identifier associable with said service information updates, characterized by sending said request using a session-based data communications protocol established with the remote service platform over said communications line, wherein said PSTN signalling is received by the device whilst said communications line has an off-hook condition. the device monitoring said communications line for a trigger event associated with PSTN signalling received by the device on said communications line; determining if a said trigger event has occurred, and if so, generating a request for a service information update, the request including an identifier associable with said service information updates, characterized by sending said request using a session-based data communications protocol established with the remote service platform over said communications line, wherein said PSTN signalling is received by the device whilst said communications line has an off-hook condition.