mhurhangee/ep-ind-claims huggingface dataset:
A cable gland device for the electric interconnection of electric cables, comprising: - at least a first body made of an electrically insulating material adapted to contain at least a terminal board element for the electric interconnection of at least two electric cables; - at least a second body made of an electrically insulating material coupleable to said first body and comprising at least a passage channel of at least one of said electric cables and tightening means (14, 16) of said electric cable inside said passage channel, said first body and said second body having abutment surfaces (7a, 7b) complementary to one another adapted to come into contact in a coupling configuration; - tampering detection means having at least a frangible portion adapted to break at the same time of a first release of said bodies (2, 5) from said coupling configuration; characterized in that: - said first body comprises a pair of extremal portions opposite to one another, each extremal portion having a first threaded stretch formed on the inner surface of said first body arranged at said abutment surface of the first body; and - said second body comprises a first end portion and a second end portion opposite to said first end portion, said first end portion having a second threaded stretch complementary to said first threaded stretch and formed on the outer surface of said second body arranged at said abutment surface of the second body, said second end portion having a plurality of elastically yielding flanges, defining said tightening means (14, 16), and a first threaded edge arranged at said plurality of elastically yielding flanges. - at least a first body made of an electrically insulating material adapted to contain at least a terminal board element for the electric interconnection of at least two electric cables; - at least a second body made of an electrically insulating material coupleable to said first body and comprising at least a passage channel of at least one of said electric cables and tightening means (14, 16) of said electric cable inside said passage channel, said first body and said second body having abutment surfaces (7a, 7b) complementary to one another adapted to come into contact in a coupling configuration; - tampering detection means having at least a frangible portion adapted to break at the same time of a first release of said bodies (2, 5) from said coupling configuration; - said first body comprises a pair of extremal portions opposite to one another, each extremal portion having a first threaded stretch formed on the inner surface of said first body arranged at said abutment surface of the first body; and - said second body comprises a first end portion and a second end portion opposite to said first end portion, said first end portion having a second threaded stretch complementary to said first threaded stretch and formed on the outer surface of said second body arranged at said abutment surface of the second body, said second end portion having a plurality of elastically yielding flanges, defining said tightening means (14, 16), and a first threaded edge arranged at said plurality of elastically yielding flanges.
A sealing ring positioning component, which is adapted to be fitted on an outer housing of a connector to position a sealing ring on the outer housing, wherein the sealing ring positioning component comprises: a peripheral wall; characterized in that the sealing ring positioning component further comprises a pushing protrusion formed on an inner peripheral surface of the peripheral wall, wherein the pushing protrusion is adapted to be pushed on the outer sides of two half shells of a shielding shell of the connector, so that the splicing edges of the two half shells of the shielding shell are in contact with each other. a peripheral wall; characterized in that the sealing ring positioning component further comprises a pushing protrusion formed on an inner peripheral surface of the peripheral wall, wherein the pushing protrusion is adapted to be pushed on the outer sides of two half shells of a shielding shell of the connector, so that the splicing edges of the two half shells of the shielding shell are in contact with each other.
A database for identifying users on a computer-readable medium comprising, for at least one hand of at least one user, a record for a pattern (p), said record comprising an identifier of said user, a first data structure (DS1REF) comprising, for fingertips contacts of each possible pair of fingers of said hand, a distance between the positions of the fingertips contacts of said fingers on a touchscreen device, and at least one data structure among: - a second data structure (DS2REF) comprising, for fingertips contacts of at least two fingers of said hand, a sequence of orders assigned to said fingertips contacts for contacting said touchscreen device; and - a third data structure (DS3REF) comprising a time interval during which a given number of fingertips contacts are all together in contact with said touchscreen device. - a second data structure (DS2REF) comprising, for fingertips contacts of at least two fingers of said hand, a sequence of orders assigned to said fingertips contacts for contacting said touchscreen device; and - a third data structure (DS3REF) comprising a time interval during which a given number of fingertips contacts are all together in contact with said touchscreen device.
A heat exchanger comprising: an inner pipe; an insertion body inserted into the inner pipe; and at least one or more outer pipes provided around an outer periphery of the inner pipe and through which second fluid flows, wherein the insertion body is formed from a shaft and a projection formed on an outer surface of the shaft, first fluid flows through a spiral flow path formed from at least an inner surface of the inner pipe and the projection, and characterized in that a plurality of thickness projections are provided on the spiral flow path at predetermined intervals in a flowing direction of the first fluid, and a flow path area of the spiral flow path is made small at the predetermined intervals in the flowing direction of the first fluid by each of the thickness projections.
A ring laser gyroscope, comprising: an optical block that defines an optical closed loop pathway; at least one mirror structure (114, 116) mounted on the optical block and in optical communication with the optical closed loop pathway; at least one volume Bragg grating mounted on the optical block and in optical communication with the optical closed loop pathway; and a first pump laser in optical communication with the volume Bragg grating, the first pump laser operative to emit a light beam at a selected incident angle such that the light beam passes through the volume Bragg grating and overlaps with the optical closed loop pathway; wherein the volume Bragg grating is operative as a gain medium to increase an optical power of the light beam; wherein a pair of counter-propagating light beams is produced within the optical closed loop pathway from the light beam; wherein the mirror structure and the volume Bragg grating are positioned and appropriately angled to reflect the counter-propagating light beams around the optical closed loop pathway. an optical block that defines an optical closed loop pathway; at least one mirror structure (114, 116) mounted on the optical block and in optical communication with the optical closed loop pathway; at least one volume Bragg grating mounted on the optical block and in optical communication with the optical closed loop pathway; and a first pump laser in optical communication with the volume Bragg grating, the first pump laser operative to emit a light beam at a selected incident angle such that the light beam passes through the volume Bragg grating and overlaps with the optical closed loop pathway; wherein the volume Bragg grating is operative as a gain medium to increase an optical power of the light beam; wherein a pair of counter-propagating light beams is produced within the optical closed loop pathway from the light beam; wherein the mirror structure and the volume Bragg grating are positioned and appropriately angled to reflect the counter-propagating light beams around the optical closed loop pathway.
A pharmaceutical composition comprising: a pharmaceutically effective amount of D-tagatose, or a pharmaceutically acceptable salt, sugar alcohol, hydrate, solvate or ester thereof; and a pharmaceutically effective amount of a second pharmaceutically active drug comprising a stilbene or stilbenoid component, or any pharmaceutically acceptable salt, alcohol, hydrate, ester, or polymorph thereof, or combination thereof, wherein said stilbene or stilbenoid component comprises resveratrol, each of which can be in a cis- or trans-configurated form, a glucoside thereof, or a resveratrol dimer. a pharmaceutically effective amount of D-tagatose, or a pharmaceutically acceptable salt, sugar alcohol, hydrate, solvate or ester thereof; and a pharmaceutically effective amount of a second pharmaceutically active drug comprising a stilbene or stilbenoid component, or any pharmaceutically acceptable salt, alcohol, hydrate, ester, or polymorph thereof, or combination thereof, wherein said stilbene or stilbenoid component comprises resveratrol, each of which can be in a cis- or trans-configurated form, a glucoside thereof, or a resveratrol dimer.
A method of prognosing whether a patient afflicted with B-cell chronic lymphocytic leukemia (B-CLL) with leukemia cells that express mutated B cell receptors develops an aggressive or an indolent clinical course of B-CLL comprising determining the expression levels of IgD and IgM in a sample obtained from the peripheral blood of said patient and employing the ratio of IgD and IgM expression levels as an indicator for predicting whether said patient develops an aggressive or an indolent clinical course of B-CLL, wherein a ratio of an expression level of IgD vs. IgM ≤ 1.15 is indicative of the patient developing an aggressive clinical course of B-CLL and wherein a ratio of an expression level of IgD vs. IgM > 1.15 is indicative of the patient developing an indolent clinical course of B-CLL.
An occupant classification system for a seat assembly, wherein the seat assembly includes a seat cushion and a seat back, the system comprising: a plurality of sensors, wherein each of the plurality of sensors measures a force applied to the seat cushion by an occupant of the seat assembly; a posture classifier for identifying a posture of the occupant based on the distribution of forces applied to each of the plurality of sensors, the posture classifier comprising a probabilistic model; and a weight classification system for identifying a weight class of the occupant based on the posture and the magnitude of forces applied to each of the plurality of sensors, wherein the weight classification system comprises a deterministic component with a deterministic method to identify the weight class and a probabilistic component (82, 84, 86) with a probabilistic method to identify the weight class in case the deterministic method is unable to identify a single weight class. a plurality of sensors, wherein each of the plurality of sensors measures a force applied to the seat cushion by an occupant of the seat assembly; a posture classifier for identifying a posture of the occupant based on the distribution of forces applied to each of the plurality of sensors, the posture classifier comprising a probabilistic model; and a weight classification system for identifying a weight class of the occupant based on the posture and the magnitude of forces applied to each of the plurality of sensors, wherein the weight classification system comprises a deterministic component with a deterministic method to identify the weight class and a probabilistic component (82, 84, 86) with a probabilistic method to identify the weight class in case the deterministic method is unable to identify a single weight class.
An internal control method of a food preparation appliance comprising a control entity arranged to receive control information (Cde) according to a communication protocol and at least one functional element capable of being controlled by the control entity and capable of carrying out a task, the internal control method of the food preparation appliance comprising the following steps of: - receiving a control information (Cde) comprising a control instruction relating to at least one determined functional element by the control entity, - generating a status information by the control entity, the status information relating to the ability of the at least one determined functional element to execute said control instruction, - transmitting the status information by the control entity to a warning device of the food preparation appliance, the warning device being capable of emitting a signal relating to said status information, - receiving a control confirmatory instruction by the control entity from a user interface of the food preparation appliance, the user interface being disposed on or provided in a case of the food preparation appliance, then - triggering the execution of a determined task by the at least one determined functional element corresponding to the control instruction. - receiving a control information (Cde) comprising a control instruction relating to at least one determined functional element by the control entity, - generating a status information by the control entity, the status information relating to the ability of the at least one determined functional element to execute said control instruction, - transmitting the status information by the control entity to a warning device of the food preparation appliance, the warning device being capable of emitting a signal relating to said status information, - receiving a control confirmatory instruction by the control entity from a user interface of the food preparation appliance, the user interface being disposed on or provided in a case of the food preparation appliance, then - triggering the execution of a determined task by the at least one determined functional element corresponding to the control instruction.
A motor drive system comprising: a communication subassembly electrically coupled to a control subassembly for providing communication between the control subassembly and at least one external device, wherein the control subassembly and the communication subassembly are configured to transmit and receive control data and messaging data (108, 109) independently and the control subassembly and the communication subassembly are configured to transmit message data via sequence count based messaging, characterized in that transmitting and receiving control data and messaging data independently comprises converting a single transmission channel into two logical channels, one channel for control data and one channel for messaging data so that control data continues being updated while a message transaction is being processed, and wherein the messaging data does not comprise control messages. a communication subassembly electrically coupled to a control subassembly for providing communication between the control subassembly and at least one external device, wherein the control subassembly and the communication subassembly are configured to transmit and receive control data and messaging data (108, 109) independently and the control subassembly and the communication subassembly are configured to transmit message data via sequence count based messaging, characterized in that transmitting and receiving control data and messaging data independently comprises converting a single transmission channel into two logical channels, one channel for control data and one channel for messaging data so that control data continues being updated while a message transaction is being processed, and wherein the messaging data does not comprise control messages.
Method for producing a fibre composite component having an integrated screw-in insert, said method comprising at least the following steps: - providing a pressing tool having a first tool part and a second tool part that is movable relative to the first tool part, said first tool part and said second tool part forming a cavity for receiving a fibrous semi-finished product in a shape-imparting manner in a closed state of the pressing tool, - connecting a screw-in insert (10, 20, 30) to a screw-driving device that is integrated in the first tool part, - arranging the fibrous semi-finished product between the first and the second tool part, - at least partially closing the pressing tool, - activating the screw-driving device in order to screw the screw-in insert (10, 20, 30) into the fibrous semi-finished product, and - curing the fibrous semi-finished product in order to generate the fibre composite component. - providing a pressing tool having a first tool part and a second tool part that is movable relative to the first tool part, said first tool part and said second tool part forming a cavity for receiving a fibrous semi-finished product in a shape-imparting manner in a closed state of the pressing tool, - connecting a screw-in insert (10, 20, 30) to a screw-driving device that is integrated in the first tool part, - arranging the fibrous semi-finished product between the first and the second tool part, - at least partially closing the pressing tool, - activating the screw-driving device in order to screw the screw-in insert (10, 20, 30) into the fibrous semi-finished product, and - curing the fibrous semi-finished product in order to generate the fibre composite component.
An unlocking method for an electronic appliance, comprising: detecting an input gesture through an input means, the input means being locked; determining that the input gesture corresponds to one of a plurality of different input gestures each associated with unlocking the input means; identifying at least one application mapped to the input gesture; unlocking the input means in response to detecting the input gesture; and invoking the at least one application mapped to the input gesture. detecting an input gesture through an input means, the input means being locked; determining that the input gesture corresponds to one of a plurality of different input gestures each associated with unlocking the input means; identifying at least one application mapped to the input gesture; unlocking the input means in response to detecting the input gesture; and invoking the at least one application mapped to the input gesture.
Connection device assembly having an electrical subassembly, which comprises electrical terminals (31, 32) and/or connection, measuring and/or control electronics, and having a base, preferably a mounting rail, on which the electrical subassembly is interchangeably arranged, wherein the electrical subassembly comprises at least one subassembly module, wherein the at least one subassembly module is arranged on a first housing part of the electrical subassembly, characterized in that the at least one subassembly module comprises an attachment rod with a fastening means which is twistable from a loose state, in which the fastening means can be passed through a recess of the first housing part and the subassembly module is arranged adjacent to the first housing part, into a fastening state in which the fastening means cannot be passed through the recess, and the subassembly module is fastened to the first housing part, and that the attachment rod comprises a sensor barrier with which the adjustment of the fastening rod from the loose state to the fastening state and back is detectable.
A light emitting device comprising: a first lead frame and a second lead frame spaced apart from each other, the first and second lead frames (110,120) each comprising a top surface, an opposing bottom surface; a facing region where the first and second lead frames (110, 120) face each other; fixing spaces formed at the facing region and at regions adjacent to opposite side edges of the respective first and second lead frames (110, 120), the opposite side edges being connected to an edge of the first lead frame or the second lead frame which is adjacent to the facing region; inclined surfaces (118, 128) formed on sidewalls of the fixing spaces; a light emitting diode chip mounted on the first lead frame; wherein the inclined surfaces (118, 128) comprise inclined portions formed on sidewalls of the fixing space formed at the facing region and inclined surfaces formed on sidewalls of the fixing spaces formed at the regions adjacent opposite side edges of the respective first and second lead frames (110, 120), an area of a lower portion of each of the fixing spaces is greater than an upper portion of each of the fixing spaces, and the fixing space formed at the facing region is connected to the fixing spaces formed at the regions adjacent to the opposite side edges of the respective first and second lead frames (110, 120). a first lead frame and a second lead frame spaced apart from each other, the first and second lead frames (110,120) each comprising a top surface, an opposing bottom surface; a facing region where the first and second lead frames (110, 120) face each other; fixing spaces formed at the facing region and at regions adjacent to opposite side edges of the respective first and second lead frames (110, 120), the opposite side edges being connected to an edge of the first lead frame or the second lead frame which is adjacent to the facing region; inclined surfaces (118, 128) formed on sidewalls of the fixing spaces; a light emitting diode chip mounted on the first lead frame; wherein the inclined surfaces (118, 128) comprise inclined portions formed on sidewalls of the fixing space formed at the facing region and inclined surfaces formed on sidewalls of the fixing spaces formed at the regions adjacent opposite side edges of the respective first and second lead frames (110, 120), an area of a lower portion of each of the fixing spaces is greater than an upper portion of each of the fixing spaces, and the fixing space formed at the facing region is connected to the fixing spaces formed at the regions adjacent to the opposite side edges of the respective first and second lead frames (110, 120).
A method in a mobile terminal for receiving an enhanced multicast and broadcast service, E-MBS, control message in a communication system, the method comprising: receiving control information indicating a number N of multicast and broadcast service, MBS, scheduling intervals, MSIs, and a periodicity of each MSI, wherein the N MSIs have nested periodicities that are multiples of each other; determining a result of a system frame number, SFN, modulo operation for a super frame with a lowest periodicity of one of the N MSIs; if the result of the modulo operation is zero, attempting to decode the E-MBS control message in the super frame; and if the decoding is not successful, determining a subsequent super frame and attempting to decode the E-MBS control message in the subsequent super frame, wherein a result of a SFN modulo operation for the subsequent super frame with a next higher periodicity of one the N MSIs is zero. receiving control information indicating a number N of multicast and broadcast service, MBS, scheduling intervals, MSIs, and a periodicity of each MSI, wherein the N MSIs have nested periodicities that are multiples of each other; determining a result of a system frame number, SFN, modulo operation for a super frame with a lowest periodicity of one of the N MSIs; if the result of the modulo operation is zero, attempting to decode the E-MBS control message in the super frame; and if the decoding is not successful, determining a subsequent super frame and attempting to decode the E-MBS control message in the subsequent super frame, wherein a result of a SFN modulo operation for the subsequent super frame with a next higher periodicity of one the N MSIs is zero.