mhurhangee/ep-ind-claims huggingface dataset:
An attachment slot system for a wearable carrier, the attachment slot system comprising: a layer of flexible material, the layer of flexible material having an exterior surface and an interior surface opposite the exterior surface; and a pivotable flap defined by a cut having a cut width formed within the layer of flexible material and extending from the exterior surface to the interior surface, the cut comprising a first cut end (202, 202a), a second cut end (202, 202b), a first segment, a second segment, and a third segment, the first segment having the cut width extending from the first cut end (202, 202a) to the third segment having the cut width and forming a first intersection (I 1) with the third segment where the first and third segments (210, 230) intersect each other, the first intersection (I 1) forming a first obtuse angle between respective portions of the first and third segments (210, 230) that do not intersect each other; the second segment having the cut width extending from the second cut end (202, 202b) to the third segment and forming a second intersection (I 2) with the third segment opposite the first intersection (I 1) where the second and third segments (220, 230) intersect each other, the second intersection (I 2) forming a second obtuse angle between respective portions of the second and third segments (220, 230) that do not intersect each other, wherein the first segment, the second segment and the third segment cooperate to define the pivotable flap of the layer of flexible material. a layer of flexible material, the layer of flexible material having an exterior surface and an interior surface opposite the exterior surface; and a pivotable flap defined by a cut having a cut width formed within the layer of flexible material and extending from the exterior surface to the interior surface, the cut comprising a first cut end (202, 202a), a second cut end (202, 202b), a first segment, a second segment, and a third segment, the first segment having the cut width extending from the first cut end (202, 202a) to the third segment having the cut width and forming a first intersection (I 1) with the third segment where the first and third segments (210, 230) intersect each other, the first intersection (I 1) forming a first obtuse angle between respective portions of the first and third segments (210, 230) that do not intersect each other; the second segment having the cut width extending from the second cut end (202, 202b) to the third segment and forming a second intersection (I 2) with the third segment opposite the first intersection (I 1) where the second and third segments (220, 230) intersect each other, the second intersection (I 2) forming a second obtuse angle between respective portions of the second and third segments (220, 230) that do not intersect each other, wherein the first segment, the second segment and the third segment cooperate to define the pivotable flap of the layer of flexible material.
Arrangement for a lift with a sliding guide shoe, which is movable along a guide rail, for guiding a lift cage and with a damper unit for reduction of vertical oscillations of the lift cage during standstill, characterised in that the damper unit and the guide shoe form a constructional unit.
A method for radio resource allocation, comprising determining, by a sender, a location of an index channel; determining, by the sender, a channel time-frequency location of a control channel related to a current state of a receiver according to the index channel, wherein the index channel is a channel different from the control channel; and sending, by the sender, data time-frequency location indication information indicating a data time-frequency location of data to be sent to the receiver, a size of a time-frequency resource occupied by the data and a Modulation and Coding Scheme, MCS, of the data to the receiver through the control channel at the channel time-frequency location. determining, by a sender, a location of an index channel; determining, by the sender, a channel time-frequency location of a control channel related to a current state of a receiver according to the index channel, wherein the index channel is a channel different from the control channel; and sending, by the sender, data time-frequency location indication information indicating a data time-frequency location of data to be sent to the receiver, a size of a time-frequency resource occupied by the data and a Modulation and Coding Scheme, MCS, of the data to the receiver through the control channel at the channel time-frequency location.
A power adapter assembly structure (1, 1a, 1b), characterized by comprising: a housing comprising an installation surface; a circuit board fastened in the housing and comprising at least one first abutting surface (13a, 13b, 13c) facing the installation surface; a socket (20, 20a, 20b) fastened in the housing, disposed adjacent to the circuit board, and comprising at least one second abutting surface (21a, 21b, 21c); and at least one elastic element (30a, 30b, 30c, 35a, 35b, 35c) disposed on the installation surface, connected between the circuit board and the socket (20, 20a, 20b), and comprising a main body (31, 36), a first hanging arm (32, 37) and a second hanging arm (33, 38), wherein the first hanging arm (32, 37) and the second hanging arm (33, 38) are disposed at two opposite ends of the main body (31, 36), the first hanging arm (32, 37) spatially corresponds to and constantly abuts the at least one first abutting surface (13a, 13b, 13c), and the second hanging arm (33, 38) spatially corresponds to and constantly abuts the at least one second abutting surface (21a, 21b, 21c), wherein a first gap is formed between the main body (31, 36) and the at least one first abutting surface (13a, 13b, 13c), and the first gap is less than a first length of the first hanging arm (32, 37) extended from the main body (31, 36), wherein a second gap is formed between the main body (31, 36) and the at least one second abutting surface (21a, 21b, 21c), and the second gap is less than a second length of the second hanging arm (33, 38) extended from the main body (31, 36). a housing comprising an installation surface; a circuit board fastened in the housing and comprising at least one first abutting surface (13a, 13b, 13c) facing the installation surface; a socket (20, 20a, 20b) fastened in the housing, disposed adjacent to the circuit board, and comprising at least one second abutting surface (21a, 21b, 21c); and at least one elastic element (30a, 30b, 30c, 35a, 35b, 35c) disposed on the installation surface, connected between the circuit board and the socket (20, 20a, 20b), and comprising a main body (31, 36), a first hanging arm (32, 37) and a second hanging arm (33, 38), wherein the first hanging arm (32, 37) and the second hanging arm (33, 38) are disposed at two opposite ends of the main body (31, 36), the first hanging arm (32, 37) spatially corresponds to and constantly abuts the at least one first abutting surface (13a, 13b, 13c), and the second hanging arm (33, 38) spatially corresponds to and constantly abuts the at least one second abutting surface (21a, 21b, 21c), wherein a first gap is formed between the main body (31, 36) and the at least one first abutting surface (13a, 13b, 13c), and the first gap is less than a first length of the first hanging arm (32, 37) extended from the main body (31, 36), wherein a second gap is formed between the main body (31, 36) and the at least one second abutting surface (21a, 21b, 21c), and the second gap is less than a second length of the second hanging arm (33, 38) extended from the main body (31, 36).
A drafting arrangement unit (35, 65, 95) for a spinning machine, said drafting arrangement unit having a first bottom roller, wherein the drafting arrangement unit (35, 65, 95) is configured as an assembly, and wherein the first bottom roller is rotatably mounted via its roller axle on a base carrier (17, 47, 77) of the drafting arrangement unit (35, 65, 95), and wherein the drafting arrangement unit comprises a first top roller (21, 41, 71), and the first bottom roller together with the first top roller (21, 41, 71) forms a first pair of rollers which, in the operating position, forms a clamping region, and wherein the first top roller (21, 41, 71) is fastened via a pivotable guide arm (13, 126) of a load device (12, 42, 72) to the base carrier (17, 47, 77), and wherein the drafting arrangement unit (35, 65, 95) can be detachably fitted on the spinning machine by means of a fastening device (11, 59, 118), and wherein the drafting arrangement unit (35, 65, 95) is designed for one spinning station or a plurality of adjacent spinning stations, thus, only for a portion of the spinning stations of the spinning machine, characterized in that the drafting arrangement unit is attached via the base carrier (17, 101) to a drafting arrangement carrier (4, 113) of the spinning machine, wherein the base carrier has first guiding means which interact with the second guiding means on the drafting arrangement carrier of the spinning machine, and wherein said guiding device with the first and second guiding means allows positioning and aligning the drafting arrangement unit on the spinning machine, and that loading the guide arm (13, 43, 73, 126) takes place on the guide arm (13, 43, 73, 126) via a tensioning device (11, 120) with first tensioning means (16, 46, 76, 120), by means of which the guide arm (13, 43, 73, 126) can be loaded in interaction with second tensioning means (3, 118) arranged on the spinning machine, wherein the tensioning device is part of the fastening device, and wherein via the fastening device, locking the drafting arrangement unit on the spinning machine as well as loading the guide arm is carried out.
Air-conditioning space for storing samples in a time-controlled manner, comprising an automatic supply device for supplying sample containers to a climatically enclosed space having at least one wall, wherein a sample container can be introduced through an opening (40, 42) into the climatically enclosed space, wherein the supply device has at least one drive and control unit and an incubator receptacle for receiving the samples is provided within the climatically enclosed space, wherein the supply device includes an automatic supply arm (22, 24) which grips a sample container from a pick-up position outside the climatically enclosed space and places the sample container there at a unique placement position in an incubator receptacle, which supply arm (22, 24) is arranged outside the air-conditioning space, and the sample containers can be removed individually from the climatically enclosed space by means of the supply arm (22, 24), characterized in that the opening is formed by a through-channel which at least vertically adjustable.
A method for controlling speed of an engine, the engine providing power to a compressor of a transport refrigeration unit, the method comprising: generating a speed request, the engine speed responsive to the speed request; and generating a speed request offset, the speed request offset being added to the speed request to adjust the speed of the engine; monitoring a parameter of the transport refrigeration unit; comparing the parameter of the transport refrigeration unit to a threshold; wherein generating the speed request offset is performed in response to the comparing; characterized in that comparing the parameter of the transport refrigeration unit to the threshold includes predicting that the parameter will exceed the threshold within a predetermined time. generating a speed request, the engine speed responsive to the speed request; and generating a speed request offset, the speed request offset being added to the speed request to adjust the speed of the engine; monitoring a parameter of the transport refrigeration unit; comparing the parameter of the transport refrigeration unit to a threshold; wherein generating the speed request offset is performed in response to the comparing; characterized in that comparing the parameter of the transport refrigeration unit to the threshold includes predicting that the parameter will exceed the threshold within a predetermined time.
An animal chew having exposed regions comprising: a body portion formed of a first material having a first hardness or a first property; wherein said body portion comprises end portions and an undercut or die-locked section between the end portions, the undercut or die-locked section including more than one of die-locked or undercut blind holes; and a second material having a second hardness or a second property molded into each of the blind holes in said undercut or die locked section, such that one or more exposed regions of the second material is or are present within said undercut or die-locked section. a body portion formed of a first material having a first hardness or a first property; wherein said body portion comprises end portions and an undercut or die-locked section between the end portions, the undercut or die-locked section including more than one of die-locked or undercut blind holes; and a second material having a second hardness or a second property molded into each of the blind holes in said undercut or die locked section, such that one or more exposed regions of the second material is or are present within said undercut or die-locked section.
A pharmaceutical composition for use in treating diabetes mellitus by increasing the expression of SIRT1 mRNA, and/or decreasing the expression of SOCS3 mRNA, or for use in lowering fasting blood glucose levels towards a normal value, said composition comprising an effective amount of active component selected from the group consisting of compound, a pharmaceutically acceptable salt of compound, compound, a pharmaceutically acceptable salt of compound, and combinations thereof:
A guide vane ring for a turbomachine, having a plurality of rotatable guide vanes, an inner ring for radially inner stabilization of the guide vanes that has two half-rings each parted in an axial parting plane into a front half-ring segment and a rear half-ring segment, and an annular seal carrier having two seal half-rings that are releasably fastened each to one of the half-ring segments (30, 32) and are arranged each with a body section radially inward to the half-ring segments (30, 32), characterized in that shape elements are inserted into opposite recesses (40, 52) of the half-ring segments (30, 32), the shape elements interacting with the wall sections of the recesses (40, 52) and having a centering section on which a guide vane is respectively guided, wherein the shape elements interact in a positive-locking and/or non-positive-locking manner with the wall sections of the recesses (40, 52), and each brace the two half-ring segments (30, 32) axially, radially, and circumferentially.
A method for receiving and presenting input content on a communication device, the method comprising: initially displaying an input screen on a display of the communication device, the input screen including a user action interface region comprising a first input field having a first fixed width and a fixed height; receiving content in the first input field; characterised in that the method further comprises: detecting an overflow condition for the first input field wherein the overflow condition is detected when a displayable width of the received user-input content exceeds the first fixed width of the first input field; and when the overflow condition is detected, replacing the first input field (320a, 814, 942) with either at least one user action interface element (320b, 810b, 940b) invocable to initiate an action pertaining to the received content, or a feedback user interface element (320c, 817) comprising information relating to the received content; displaying, in a region of the input screen adjacent to the user action interface region, a second input field (330, 830,950) having a second width greater than the first fixed width; and presenting the received content in the second input field. initially displaying an input screen on a display of the communication device, the input screen including a user action interface region comprising a first input field having a first fixed width and a fixed height; receiving content in the first input field; detecting an overflow condition for the first input field wherein the overflow condition is detected when a displayable width of the received user-input content exceeds the first fixed width of the first input field; and when the overflow condition is detected, replacing the first input field (320a, 814, 942) with either at least one user action interface element (320b, 810b, 940b) invocable to initiate an action pertaining to the received content, or a feedback user interface element (320c, 817) comprising information relating to the received content; displaying, in a region of the input screen adjacent to the user action interface region, a second input field (330, 830,950) having a second width greater than the first fixed width; and presenting the received content in the second input field. replacing the first input field (320a, 814, 942) with either at least one user action interface element (320b, 810b, 940b) invocable to initiate an action pertaining to the received content, or a feedback user interface element (320c, 817) comprising information relating to the received content; displaying, in a region of the input screen adjacent to the user action interface region, a second input field (330, 830,950) having a second width greater than the first fixed width; and presenting the received content in the second input field.
A pixel sensing circuit (400, 500, 700), comprising: a photoelectric conversion element, configured to generate electric charges in response to incident light; a transmission element, configured to output the electric charges generated by the photoelectric conversion element; and a source follower circuit, configured to compensate an output current of the transmission element; wherein the source follower circuit comprises a first source follower transistor, a second source follower transistor and a first storage capacitor, the first source follower transistor and the second source follower transistor have threshold voltages (Vth) equal to each other, a gate electrode of the first source follower transistor, an output terminal of the first source follower transistor, a gate electrode of the second source follower transistor, and a first end of the first storage capacitor are all coupled to a first node (a), and a second end of the first storage capacitor and an input terminal of the second source follower transistor are coupled to a supply voltage line (Vdd). a photoelectric conversion element, configured to generate electric charges in response to incident light; a transmission element, configured to output the electric charges generated by the photoelectric conversion element; and a source follower circuit, configured to compensate an output current of the transmission element; wherein the source follower circuit comprises a first source follower transistor, a second source follower transistor and a first storage capacitor, the first source follower transistor and the second source follower transistor have threshold voltages (Vth) equal to each other, a gate electrode of the first source follower transistor, an output terminal of the first source follower transistor, a gate electrode of the second source follower transistor, and a first end of the first storage capacitor are all coupled to a first node (a), and a second end of the first storage capacitor and an input terminal of the second source follower transistor are coupled to a supply voltage line (Vdd).
An orthodontic system comprising: a removable segmentary shell for being fitted on a segment of teeth in a posterior lateral sector of an arch, the segment of teeth comprising between two and six adjacent teeth and extending from a canine or premolar to a premolar or molar; an elastic band; and a labial retention feature configured to be coupled with the elastic band, wherein either the removable segmentary shell comprises the labial retention feature or the labial retention feature is configured to be fitted on a tooth of the segment of teeth and the segmentary shell comprises an opening through which the labial retention feature is configured to protrude; and wherein the removable segmentary shell is not connected to another segmentary shell or to other teeth outside the segment and within the same arch such that the orthodontic system is configured to apply distalizing forces to the segment of teeth, without transferring the forces to other teeth outside the segment and in the arch. a removable segmentary shell for being fitted on a segment of teeth in a posterior lateral sector of an arch, the segment of teeth comprising between two and six adjacent teeth and extending from a canine or premolar to a premolar or molar; an elastic band; and a labial retention feature configured to be coupled with the elastic band, wherein either the removable segmentary shell comprises the labial retention feature or the labial retention feature is configured to be fitted on a tooth of the segment of teeth and the segmentary shell comprises an opening through which the labial retention feature is configured to protrude; and wherein the removable segmentary shell is not connected to another segmentary shell or to other teeth outside the segment and within the same arch such that the orthodontic system is configured to apply distalizing forces to the segment of teeth, without transferring the forces to other teeth outside the segment and in the arch.
A method performed by a user equipment configured for simultaneous connection to a master communication apparatus and to a secondary communication apparatus, the method comprising: deriving a security key of the master communication apparatus; deriving, using the derived security key of the master communication apparatus, at least one control plane security key for a protection of Radio Resource Control, RRC, traffic between the user equipment and the master communication apparatus; using the at least one control plane security key for protecting control plane signalling between the user equipment and the master communication apparatus; deriving, using the derived security key of the master communication apparatus, a security key of the secondary communication apparatus, the user equipment establishing the simultaneous connection to the master communication apparatus and to the secondary communication apparatus; deriving, using the derived security key of the secondary communication apparatus, a user plane security key; and using the derived user plane security key for protecting user plane signalling between the user equipment and the secondary communication apparatus. deriving a security key of the master communication apparatus; deriving, using the derived security key of the master communication apparatus, at least one control plane security key for a protection of Radio Resource Control, RRC, traffic between the user equipment and the master communication apparatus; using the at least one control plane security key for protecting control plane signalling between the user equipment and the master communication apparatus; deriving, using the derived security key of the master communication apparatus, a security key of the secondary communication apparatus, the user equipment establishing the simultaneous connection to the master communication apparatus and to the secondary communication apparatus; deriving, using the derived security key of the secondary communication apparatus, a user plane security key; and using the derived user plane security key for protecting user plane signalling between the user equipment and the secondary communication apparatus.