mhurhangee/patent-ind-claim-en huggingface dataset:
A host , comprising a first power module , a main board , a secondary board , a charging interface , a charging circuit board , a connecting circuit board , and at least one charging contact ; wherein both the main board and the secondary board are connected with the first power module , the first power module is configured to supply power to the main board and the secondary board , the charging circuit board comprises a main part and a branch part , both the main part and the branch part are connected to the charging interface , both the branch part and the at least one charging contact are connected to the secondary board , the main part is connected to the main board , the charging interface is configured to charge the first power module through the main part and the main board , the charging interface is configured to be conducted with the at least one charging contact through the branch part ; the connecting circuit board connects the main board and the secondary board , and the main board is configured to transmit at least one of data and current with the secondary board through the connecting circuit board ; characterized in that a portion of the connecting circuit board is disposed across the first power module and located at a side of the first power module where the at least one charging contact is located. wherein both the main board and the secondary board are connected with the first power module , the first power module is configured to supply power to the main board and the secondary board , the charging circuit board comprises a main part and a branch part , both the main part and the branch part are connected to the charging interface , both the branch part and the at least one charging contact are connected to the secondary board , the main part is connected to the main board , the charging interface is configured to charge the first power module through the main part and the main board , the charging interface is configured to be conducted with the at least one charging contact through the branch part ; the connecting circuit board connects the main board and the secondary board , and the main board is configured to transmit at least one of data and current with the secondary board through the connecting circuit board ; characterized in that a portion of the connecting circuit board is disposed across the first power module and located at a side of the first power module where the at least one charging contact is located.
A testing device (30; 50) for testing a wireless power transmitter device having at least one transmitter coil (24a-f), wherein the testing device (30; 50) comprises at least one wireless power receiver coil and wherein the testing device (30; 50) is in operative communication with a processing means (42; 52) having an associated memory (44; 54), wherein the testing device (30; 50) is configured to: receive a power signal applied by the wireless power transmitter device ; transmit a first packet, wherein the first packet is a signal strength packet, to the wireless power transmitter device in response to receiving said power signal; transmit a second packet to the wireless power transmitter device when the wireless power transmitter device continues to transmit the power signal to the testing device (30; 50) in response to receiving the signal strength packet, characterized in that the processing means (42; 52) is configured to: store the signal strength packet or store signal strength value(s) thereof in the memory (44; 54) if the transmitter device , in response to said signal strength packet, continues to transmit the power signal to the testing device (30; 50); or else, if the wireless power transmitter device aborts the power signal during or before the second packet is completely transmitted, disregard the signal strength packet or value(s) thereof. receive a power signal applied by the wireless power transmitter device ; transmit a first packet, wherein the first packet is a signal strength packet, to the wireless power transmitter device in response to receiving said power signal; transmit a second packet to the wireless power transmitter device when the wireless power transmitter device continues to transmit the power signal to the testing device (30; 50) in response to receiving the signal strength packet, characterized in that the processing means (42; 52) is configured to: store the signal strength packet or store signal strength value(s) thereof in the memory (44; 54) if the transmitter device , in response to said signal strength packet, continues to transmit the power signal to the testing device (30; 50); or else, if the wireless power transmitter device aborts the power signal during or before the second packet is completely transmitted, disregard the signal strength packet or value(s) thereof. store the signal strength packet or store signal strength value(s) thereof in the memory (44; 54) if the transmitter device , in response to said signal strength packet, continues to transmit the power signal to the testing device (30; 50); or else, if the wireless power transmitter device aborts the power signal during or before the second packet is completely transmitted, disregard the signal strength packet or value(s) thereof.
A suturing device for minimally invasive surgery, comprising: at least one ferrule holder ; a latch spring comprising at least one latch having at least one latch arm biased towards the at least one ferrule holder ; a needle comprising one or more curved needle arms ; and a needle control wire coupled to the needle for moving the one or more curved needle arms on an arcuate path through a tissue gap towards the at least one ferrule holder ; a cam coupled to the needle control wire for selective engagement with a follower region on the latch spring ; wherein the selective engagement comprises alternately contacting the follower region with the cam on every other movement of the needle control wire in a first direction; and wherein the at least one latch arm is pushed away from the at least one ferrule holder when the cam contacts the follower region such that the at least one latch no longer prevents the ferrule from being removed by a needle tip of the needle. at least one ferrule holder ; a latch spring comprising at least one latch having at least one latch arm biased towards the at least one ferrule holder ; a needle comprising one or more curved needle arms ; and a needle control wire coupled to the needle for moving the one or more curved needle arms on an arcuate path through a tissue gap towards the at least one ferrule holder ; a cam coupled to the needle control wire for selective engagement with a follower region on the latch spring ; wherein the selective engagement comprises alternately contacting the follower region with the cam on every other movement of the needle control wire in a first direction; and wherein the at least one latch arm is pushed away from the at least one ferrule holder when the cam contacts the follower region such that the at least one latch no longer prevents the ferrule from being removed by a needle tip of the needle.
An automatic door opening system suitable for use in an electrical device which comprises at least one body having at least one inner chamber, at least one door hinged to the body from one side and controlling access into the inner chamber upon being brought into an opened-closed position, and at least one processing unit for controlling and coordinating functions of the device, the automatic door opening system comprising: at least one rod which allows the door to open by applying a pushing force to the door from one side thereof while moving in a forward direction, and allows the door to be released, such that door is able to be closed by a user, when the rod is brought into the backward position by moving in the backward direction; at least one motor; at least one electrical circuit for allowing the motor to perform bidirectional rotational movement by using a single voltage input; at least one shaft which is in connection with the motor and is able to rotate around its own axis by means of rotational movement of the motor; at least one gear mechanism which is in connection with the shaft and the rod, allows the rod to move forward as a result of rotation of the motor in a first direction by transferring the rotational movement of the motor from the shaft to the rod, and allows the rod to move backward as a result of rotation of the motor in a second direction, characterized by comprising at least one memory unit for storing the time during which the motor performs its rotational movement while the rod is moved forward; and at least one control unit which is in connection with the processing unit, the memory unit and the motor, which, when the rod is in the backward position, allows the motor to move in a first direction when a command for opening the door is received from the processing unit, which allows the motor to stop when the door is brought into the opened position, and which, when a command for releasing the door is received from the processing unit, allows the motor to rotate in the second direction for a time that is stored at the memory unit and equals to the time during which the motor has moved in the first direction, thus allowing the rod to move in the backward direction for as long as it has moved in the forward direction so that the rod is returned to the backward position, wherein said command for opening the door is generated by an algorithm stored in the processing unit or as a result of a process performed by the user.
A method of annealing glass sheets, comprising: stacking a plurality of glass sheets (770-772), each of the glass sheets having two major surfaces , so that interfaces are defined between adjacent ones of the glass sheets in the plurality of glass sheets, wherein there is disposed on at least one of the major surfaces that faces one of the interfaces, a surface modification layer ; exposing the stack of glass sheets to a time-temperature cycle sufficient to compact each of the glass sheets, wherein the surface modification layer is sufficient to control, throughout the time-temperature cycle, bonding between the adjacent ones of the glass sheets in the stack defining the one of the interfaces; wherein bonding is controlled to be of such a force so that one sheet does not separate from another if one is held and the other subjected to the force of gravity, but so that the sheets may be separated without breaking one of the adjacent ones of the glass sheets into two or more pieces, and there is no outgassing from the interfaces; and wherein the surface modification layer comprises one of: a) a plasma polymerized fluoropolymer; and b) an aromatic silane. stacking a plurality of glass sheets (770-772), each of the glass sheets having two major surfaces , so that interfaces are defined between adjacent ones of the glass sheets in the plurality of glass sheets, wherein there is disposed on at least one of the major surfaces that faces one of the interfaces, a surface modification layer ; exposing the stack of glass sheets to a time-temperature cycle sufficient to compact each of the glass sheets, wherein the surface modification layer is sufficient to control, throughout the time-temperature cycle, bonding between the adjacent ones of the glass sheets in the stack defining the one of the interfaces; wherein bonding is controlled to be of such a force so that one sheet does not separate from another if one is held and the other subjected to the force of gravity, but so that the sheets may be separated without breaking one of the adjacent ones of the glass sheets into two or more pieces, and there is no outgassing from the interfaces; and wherein the surface modification layer comprises one of: a) a plasma polymerized fluoropolymer; and b) an aromatic silane. a) a plasma polymerized fluoropolymer; and b) an aromatic silane.
An article of footwear down surface buffing system , the system comprising: a rotational brush with a plurality of bristles extending outwardly from a rotational axis of the rotational brush ; a footwear component holder comprised of a plurality of rollers forming a support plane , wherein each of the plurality of rollers have a rotational axis parallel with the rotational axis of the rotational brush and the rotational axis of the rotational brush is positioned on a first side of the support plane and a portion of the plurality of bristles extending to a second side of the support plane ; a compression member , the compression member positioned on the second side of the support plane ; and a brush rotational drive coupled with the rotational brush to rotate the rotational brush in first direction (B) and in a second direction (A) based on location of the rotational brush relative to the compression member .
A flush toilet , comprising: a toilet body including a toilet bowl part , a rim conduit formed along a circumferential direction on an upper inner peripheral part of the toilet bowl part , and a rim part provided extending outward from an upper edge part of the toilet bowl part ; and a functional component mounted on an upper surface part of the toilet body , rearward of the toilet bowl part ; wherein the upper surface part includes a cut-out part formed such as to be recessed downward from the other part of the upper surface part ; and the functional component is disposed on the cut-out part such as to be partially positioned downward with respect to an upper surface of the rim part , and such as to be partially stuck out into the toilet bowl part from upon the cut-out part , characterized in that on a bottom surface of its stuck out part , the functional component is provided with a conduit forming surface serving as an upper surface of the rim conduit . a toilet body including a toilet bowl part , a rim conduit formed along a circumferential direction on an upper inner peripheral part of the toilet bowl part , and a rim part provided extending outward from an upper edge part of the toilet bowl part ; and a functional component mounted on an upper surface part of the toilet body , rearward of the toilet bowl part ; wherein the upper surface part includes a cut-out part formed such as to be recessed downward from the other part of the upper surface part ; and the functional component is disposed on the cut-out part such as to be partially positioned downward with respect to an upper surface of the rim part , and such as to be partially stuck out into the toilet bowl part from upon the cut-out part , characterized in that on a bottom surface of its stuck out part , the functional component is provided with a conduit forming surface serving as an upper surface of the rim conduit .
Lubricant vane pump with a pump rotor including at least three slidable vanes , a circumferential stator ring and two stator side walls being arranged perpendicular to the stator ring , whereby the rotor vanes , the stator ring and the stator side walls define rotating pumping chambers with a pumping chamber angle (α), whereby the stator ring and the stator side walls enclose a pump cavity which is separated into an inlet sector (A) with an inlet opening , an outlet sector (C) with an outlet opening and an intermediate sector (B) between the inlet sector (A) and the outlet sector (C), whereby the stator ring is radially shiftable between a high pumping volume position and a low pumping volume position. whereby the pumping chamber (19 0 ) running through the intermediate sector (B) is substantially closed and the intermediate sector angle (β) exceeds the pumping chamber angle (α) by an intermediate closing angle (γ) of at least 5°, whereby the stator ring is provided with an intermediate isovolumetric contour , so that the pumping chamber volume is constant over the intermediate closing angle (γ) of the intermediate sector (B), whereby the intermediate isovolumetric contour is provided isovolumetric with respect to the high pumping volume position of the stator ring whereby the circular pump rotor and the isovolumetric intermediate sector of the stator ring both have a constant radius which refer to the same center axis, and characterised in that fluidic throttle means are provided connecting the outlet sector (C) and the pumping chamber (19 0 ) in the isovolumetric sector (B).
Process for the preparation of Sitagliptin of formula (I) or salt thereof: comprising of the following steps: A) cyanation of 2,4,5-trifluorobenzoyl fluoride of formula (III): to give the compound of formula (IV): B) conversion of the compound of formula (IV) prepared in the step A) to the compound of formula (V): C) reduction of the compound of formula (V) prepared in the step B) to the compound of formula (II): D) conversion of 2,4,5-trifluorophenylacetic acid of formula (II) obtained in the step C) to Sitagliptin of formula (I) or salt thereof. A) cyanation of 2,4,5-trifluorobenzoyl fluoride of formula (III): to give the compound of formula (IV): B) conversion of the compound of formula (IV) prepared in the step A) to the compound of formula (V): C) reduction of the compound of formula (V) prepared in the step B) to the compound of formula (II): D) conversion of 2,4,5-trifluorophenylacetic acid of formula (II) obtained in the step C) to Sitagliptin of formula (I) or salt thereof.
A system for real-time object localization, and tracking and object identification in a sports event comprising: a. a plurality of cameras (202a-n) operative to capture video of a sports playing field including objects located therein; b. an image processing unit operative to automatically: receive video frames from each camera (202a-n) and to detect at least some of the objects in at least some of the frames and segmenting foreground images corresponding to the objects, from background images from at least some of the frames, associating pixels from the foreground images to define blobs; analyze each blob against predefined visual criteria to assign the object corresponding to the blob to an identity group involved in the sports event on the playing field; and, determine the location of the object corresponding to the blob based on the location of the blob in the field of view of the camera ; and, c. a central server operative to provide real-time localization and tracking information on the detected objects based on determined locations of each of the detected objects; wherein the cameras (202a-n) include fixed cameras, each camera being positioned at a single location relative to said sports playing field, whereby together the cameras (202a-n) are viewing substantially the entire sports playing field. characterized in that the image processing unit is operative to assign an identity group to each blob based on a count with respect to other blobs and an analysis of the location of the blob on the sports playing field of the background. a. a plurality of cameras (202a-n) operative to capture video of a sports playing field including objects located therein; b. an image processing unit operative to automatically: receive video frames from each camera (202a-n) and to detect at least some of the objects in at least some of the frames and segmenting foreground images corresponding to the objects, from background images from at least some of the frames, associating pixels from the foreground images to define blobs; analyze each blob against predefined visual criteria to assign the object corresponding to the blob to an identity group involved in the sports event on the playing field; and, determine the location of the object corresponding to the blob based on the location of the blob in the field of view of the camera ; and, receive video frames from each camera (202a-n) and to detect at least some of the objects in at least some of the frames and segmenting foreground images corresponding to the objects, from background images from at least some of the frames, associating pixels from the foreground images to define blobs; analyze each blob against predefined visual criteria to assign the object corresponding to the blob to an identity group involved in the sports event on the playing field; and, determine the location of the object corresponding to the blob based on the location of the blob in the field of view of the camera ; and, c. a central server operative to provide real-time localization and tracking information on the detected objects based on determined locations of each of the detected objects;
Diblock copolymer consisting of a first block, a second block, and a linker, wherein the second block is covalently bound to the first block by the linker, wherein • the first block is a glycerol block comprising 1 to 10 glycerol subunits that are optionally substituted, and • the second block is a superhydrophobic block comprising a perfluoroether residue having at least 20 carbon atoms. • the first block is a glycerol block comprising 1 to 10 glycerol subunits that are optionally substituted, and • the second block is a superhydrophobic block comprising a perfluoroether residue having at least 20 carbon atoms.
An operator assistance system for a vehicle provided with a working equipment , the assistance system comprises an image capturing system arranged at said vehicle and/or at said working equipment , and capable of capturing parameters related to images, of said working equipment and of the environment outside said vehicle in a predetermined field of view , a processing unit configured to receive image related parameter signals from said image capturing system and to process said image related parameter signals , and a display unit configured to present images to an operator, said image capturing system comprises at least two sensor unit assemblies capable of capturing parameters related to essentially overlapping images of said predetermined field of view , and that said processing unit is configured to generate a merged image based upon said overlapping images, characterized in that said processing unit is configured to determine a shape and position of an image representation of said working equipment occluding a part of an image in the predetermined field of view , obtained by one of said sensor unit assemblies , by processing image related signals from at least one of the other sensor unit assemblies , the processing unit is further configured to determine if the part occluded by said working equipment is visible in any image in the predetermined field of view obtained by any of the other sensor unit assemblies, and if said part is visible by any of the other sensor unit assemblies , an occluded part image, being an image representation of said occluded part, is determined in the field of view obtained by said other sensor unit assembly , wherein said processing unit is configured to merge said occluded part image into said merged image in said determined position of said working equipment , and to display said merged image at said display unit .