mhurhangee/patent-ind-claim-en huggingface dataset:
Attachment means for a connection element for electric conductors , wherein the attachment means has an at least partially cylindrical outer surface which at least partially comprises an outer thread for engaging in a counter thread of the connection element , wherein the attachment means has a contact surface for pressing an electric conductor onto the connection element and a front surface arranged opposite the contact surface , wherein the attachment means has a recess that has a floor and that extends from the front surface in the direction of the contact surface , wherein a stamp is arranged in the recess , wherein the stamp arranged in the recess has a material strength greater than that of the attachment means , and wherein the stamp arranged in the recess is arranged such that it is operatively connected to the wall of the recess in a contact region that is arranged at a distance to the floor , characterized in that the floor , by means of the choice of material and/or the design of the geometry of the recess , is implemented such that it is deformed when pressed against the electric conductor so that, during assembly, an increase in force occurring in a contact region between conductor and contact surface of the attachment means leads to a change from an elastic deformation to a plastic deformation of the attachment means , wherein the second end of the attachment means , on which the contact surface is located, is moved by the deformation in the direction of the first end with the front surface and wherein the stamp arranged in the recess extends to the floor or to the proximity of the floor such that, by means of the force introduced into the attachment means during a deformation of the floor , a shearing at the surface of the connection element occurs.
A security document including a composite body made of a front-side booklet which has at least one layer and a rear-side booklet which has at least one layer , - with at least one layer of the front-side booklet and/or of the rear-side booklet being made of a glass foil, - and with at least one further layer (5, 7; 8, 10) of the front-side booklet and of the rear-side booklet being respectively made of a material other than the glass foil layer , and - and with the at least one glass foil layer and the at least one other layer (5, 7; 8, 10) of the front-side booklet and/or the rear-side booklet being adhered together, or laminated together, so as to form a composite body , - with the at least one further layer (5, 7; 8, 10) of the front-side booklet and of the rear-side booklet forming respectively an outer layer, characterised in that - the at least one glass foil layer has a front edge extending at least sectionwise up to an outer edge of the composite body and/or has at least one coupling-out window placed in its extension plane. - with at least one layer of the front-side booklet and/or of the rear-side booklet being made of a glass foil, - and with at least one further layer (5, 7; 8, 10) of the front-side booklet and of the rear-side booklet being respectively made of a material other than the glass foil layer , and - and with the at least one glass foil layer and the at least one other layer (5, 7; 8, 10) of the front-side booklet and/or the rear-side booklet being adhered together, or laminated together, so as to form a composite body , - with the at least one further layer (5, 7; 8, 10) of the front-side booklet and of the rear-side booklet forming respectively an outer layer, characterised in that - the at least one glass foil layer has a front edge extending at least sectionwise up to an outer edge of the composite body and/or has at least one coupling-out window placed in its extension plane.
Seat-back tilting device comprising a tilt control handle which can be selected from a first control handle type and a second control handle type, and a tilt control shaft on which the control handle is mounted, characterized in that the control shaft comprises: - a zone for receiving a first return member associated with a control handle of the first type, - a zone for receiving a second return member associated with a control handle of the second type, and - a zone for transmitting forces from said control handle . - a zone for receiving a first return member associated with a control handle of the first type, - a zone for receiving a second return member associated with a control handle of the second type, and - a zone for transmitting forces from said control handle .
An air conditioner comprising: an upper housing having a hollow substantially cylindrical shape; a heat exchanger provided in the upper housing, the heat exchanger having a hollow partial cylindrical shape and configured to receive a refrigerant; a drain tray configured to collect water condensed on the heat exchanger, disposed below the upper housing, and having a substantially annular shape; and a wire for electrically connecting with an electronic component for driving the air conditioner, characterized in that the upper housing is injection-moulded and includes a wire insertion part configured to fix at least a portion of the wire to the upper housing along a circumferential direction of the upper housing, and the wire insertion part protrudes in a radial direction of the upper housing and forms a space extending along at least a portion of the circumferential surface of the upper housing to seat the portion of the wire in the circumferential direction of the upper housing. an upper housing having a hollow substantially cylindrical shape; a heat exchanger provided in the upper housing, the heat exchanger having a hollow partial cylindrical shape and configured to receive a refrigerant; a drain tray configured to collect water condensed on the heat exchanger, disposed below the upper housing, and having a substantially annular shape; and a wire for electrically connecting with an electronic component for driving the air conditioner, characterized in that the upper housing is injection-moulded and includes a wire insertion part configured to fix at least a portion of the wire to the upper housing along a circumferential direction of the upper housing, and the wire insertion part protrudes in a radial direction of the upper housing and forms a space extending along at least a portion of the circumferential surface of the upper housing to seat the portion of the wire in the circumferential direction of the upper housing.
A pharmaceutical tablet formulation comprising losartan potassium, chlorthalidone, and a gas forming disintegrant in an amount sufficient to release therapeutically effective amounts of chlorthalidone into the gastric environment, wherein the gas forming disintegrant is sodium bicarbonate in an amount between 1.0% and 10.0% by weight.
A data storage method, applied to a storage device , wherein the storage device comprises at least a first memory page and a second memory page , the first memory page and the second memory page are of different types, memory pages of different types have different read/write latency, and the method comprises: receiving (S11) first data and a latency level identifier of the first data, wherein the latency level identifier of the first data is used to indicate a requirement level of the first data for read/write latency; determining (S12), based on the latency level identifier of the first data and correspondences between memory pages of different types and latency level identifiers, that a memory page corresponding to the first data is the first memory page ; storing the first data on the first memory page ; and when the latency level identifier of the first data is changed, migrating the first data from the first memory page to another memory page corresponding to a changed latency level identifier. receiving (S11) first data and a latency level identifier of the first data, wherein the latency level identifier of the first data is used to indicate a requirement level of the first data for read/write latency; determining (S12), based on the latency level identifier of the first data and correspondences between memory pages of different types and latency level identifiers, that a memory page corresponding to the first data is the first memory page ; storing the first data on the first memory page ; and when the latency level identifier of the first data is changed, migrating the first data from the first memory page to another memory page corresponding to a changed latency level identifier.
De-icing arrangement configured for de-icing a structural element (170; 270; 370), comprising:a power source being electrically connected to an electrode configuration , said power source being arranged to, when applicable, electrically charge said electrode configuration , said electrode configuration being arranged to generate an impulsive force (Fn) in the form of shock pulses, and configured to make the shock pulses act on the structural element (170; 270; 370) so as to remove ice adhered on said structural element (170; 270; 370), a control unit connected to said power source , characterized in that the power source is a high voltage pulse generation source, arranged to provide voltages in the range 10 kilo Volts to 30 kilo Volts, and in that f said electrode configuration comprises a plate capacitor.
A laminate comprising an abrasion resisting layer disposed on a surface of an optically transmissive substrate , wherein the layer comprises a pattern of spatially separated protrusions of a material extending away from the surface, said pattern having a period ranging from 10 to 350 nm, and silica interposed between the protrusions, wherein the material has a Knoop hardness measured according to ASTM E384 Knoop Hardness Standard which is greater than that of the silica, wherein the protrusions comprise extremities which align with an exposed surface of the silica opposing the surface , or protrude from the exposed surface.
Illumination device for vehicles, in particular motor vehicles, comprising at least one light source and at least one light guide arrangement associated with the at least one light source and configured to guide light emitted by the at least one light source and coupled into the light guide arrangement , wherein the light guide arrangement comprises one or more light guides , the at least one light guide comprising one or more decoupling location for decoupling at least a part of the light coupled in, and wherein the at least one light guide comprises, in at least in a region of a boundary surface of the light guide located opposite the at least one decoupling location , a reflection structure for deflecting the light towards the at least one decoupling location , wherein the reflection structure comprises a number of reflection structure elements , which reflection structure elements are formed as depressions directed inwards into the light guide , which depressions are arranged and/or formed in such a way that at least a part of the luminous flux incident on a structure element surface bounding the reflection structure element is totally reflected at the structure element surface , characterised in that the reflection structure includes decoupling means configured to decouple at least part of the light incident on the reflection structure between the reflection structure elements into a direction facing away from the at least one decoupling location , so that light rays emerge from the light guide backwards and can no longer contribute to a luminance spot or to luminance spots, the decoupling means being formed as elevations , wherein, for example, the elevations have a prismatic shape or are formed as prisms, which elevations are arranged on a boundary surface of the light guide comprising the reflection structure , in regions between adjacent reflection structure elements and facing outwards from the boundary surface , away from the at least one decoupling point .
A method comprising: obtaining , by a mobile device, motion data indicating a motion measured by one or more motion sensors over a first time period, wherein the one or more motion sensors are worn by a user; obtaining, by the mobile device, heart rate data indicating a heart rate of the user measured by one or more heart rate sensors over the first time period, wherein the one or more heart rate sensors are worn by the user; determining , by the mobile device, that the user has fallen based on the motion data and the heart rate data, wherein determining that the user has fallen comprises: determining, based on the motion data, that the user experienced an impact during the first time period, and determining, based on the heart rate data, a time constant of a heart rate decay curve; and responsive to determining that the user has fallen, generating , by the mobile device, one or more notifications indicating that the user has fallen. obtaining , by a mobile device, motion data indicating a motion measured by one or more motion sensors over a first time period, wherein the one or more motion sensors are worn by a user; obtaining, by the mobile device, heart rate data indicating a heart rate of the user measured by one or more heart rate sensors over the first time period, wherein the one or more heart rate sensors are worn by the user; determining , by the mobile device, that the user has fallen based on the motion data and the heart rate data, wherein determining that the user has fallen comprises: determining, based on the motion data, that the user experienced an impact during the first time period, and determining, based on the heart rate data, a time constant of a heart rate decay curve; and responsive to determining that the user has fallen, generating , by the mobile device, one or more notifications indicating that the user has fallen. determining, based on the motion data, that the user experienced an impact during the first time period, and determining, based on the heart rate data, a time constant of a heart rate decay curve; and responsive to determining that the user has fallen, generating , by the mobile device, one or more notifications indicating that the user has fallen.
A method for control of a cruise control , whereby said cruise control supplies a reference speed v ref for control of a propulsion system , said reference speed v ref is based on a set speed v set chosen by a driver of a vehicle provided with said propulsion system , and it is possible for said cruise control to allow deviation between said reference speed v ref and said set speed v set , characterised by - detecting at least one particular driving situation, said detection being based on the way said driver acts when said vehicle is being driven, - if said at least one particular driving situation is detected, applying a first limitation of the permissible deviation during said at least one particular driving situation, and - applying a second limitation of the permissible deviation during a period of time T A after the end of said at least one particular driving situation has been detected, in which said period T A ends when a reset condition is fulfilled or a predetermined time T P after a reset condition has been fulfilled, after which it is again possible for said cruise control to allow said deviation between said reference speed v ref and said set speed V set . - detecting at least one particular driving situation, said detection being based on the way said driver acts when said vehicle is being driven, - if said at least one particular driving situation is detected, applying a first limitation of the permissible deviation during said at least one particular driving situation, and - applying a second limitation of the permissible deviation during a period of time T A after the end of said at least one particular driving situation has been detected, in which said period T A ends when a reset condition is fulfilled or a predetermined time T P after a reset condition has been fulfilled, after which it is again possible for said cruise control to allow said deviation between said reference speed v ref and said set speed V set .
Pump for a bicycle tyre, comprising - a piston-cylinder unit for generating compressed air, that can be used to inflate the bicycle tyre, - a pump head which has connection means for connection with the valve of a bicycle tyre, - a hose that connects the pump head to the piston-cylinder unit , wherein the hose is formed spiral-shaped, - a pedal mechanism which enables the actuation of the piston-cylinder unit , - receiving means , in which the hose can be arranged in a stowed position, characterised in that the pump comprises a pressure gauge and in that the receiving means form an annular space which extends around the pressure gauge , wherein the hose is arranged in the annular space in the stowed position and extends around the pressure gauge . - a piston-cylinder unit for generating compressed air, that can be used to inflate the bicycle tyre, - a pump head which has connection means for connection with the valve of a bicycle tyre, - a hose that connects the pump head to the piston-cylinder unit , wherein the hose is formed spiral-shaped, - a pedal mechanism which enables the actuation of the piston-cylinder unit , - receiving means , in which the hose can be arranged in a stowed position, characterised in that the pump comprises a pressure gauge and in that the receiving means form an annular space which extends around the pressure gauge , wherein the hose is arranged in the annular space in the stowed position and extends around the pressure gauge .
A near-infrared curable ink composition containing composite tungsten oxide fine particles as near-infrared absorbing fine particles, uncured thermosetting resin, and one or more selected from organic pigments, inorganic pigments and dyes, wherein the composite tungsten oxide fine particles have a X-ray diffraction (XRD) peak top intensity ratio value of 0.13 or more based on a XRD peak intensity ratio value of 1 on plane of a silicon powder standard sample as determined by a powder X-ray diffraction method (θ-2θ method) using a powder X-ray diffraction apparatus according to the description .
A vertebral body implant , comprising: a body with a first end and a second end ; a first rotating member rotatably coupled to the first end , the first end comprises a plurality of first notches inset into the first rotating member ; a second rotating member rotatably coupled to the second end , the second end comprises a plurality of second notches inset into the second rotating member ; a first extension member moveably coupled to the first end ; and a second extension member moveably coupled to the second end . a body with a first end and a second end ; a first rotating member rotatably coupled to the first end , the first end comprises a plurality of first notches inset into the first rotating member ; a second rotating member rotatably coupled to the second end , the second end comprises a plurality of second notches inset into the second rotating member ; a first extension member moveably coupled to the first end ; and a second extension member moveably coupled to the second end .
A method of forming a composite shaft, comprising: unspooling a first portion of a plurality of circumferentially adjacent axial fiber strips over a shaft base, the plurality of circumferentially adjacent axial fiber strips being unspooled from an axial fiber strip dispensing assembly; translating a first consolidation element axially towards the axial fiber strip dispensing assembly to couple the first portion of the plurality of circumferentially adjacent axial fiber strips to the shaft base, the first consolidation element being configured to apply heat and radially inward pressure to the first portion of the plurality of circumferentially adjacent axial fiber strips; translating the shaft base in a first axial direction to unspool a second portion of the plurality of circumferentially adjacent axial fiber strips over the first portion of the plurality of axial fiber strips; translating a second consolidation element axially towards the axial fiber strip dispensing assembly to couple the second portion of the plurality of circumferentially adjacent axial fiber strips to the first portion of the plurality of circumferentially adjacent axial fiber strips, the second consolidation element being configured to apply heat and radially inward pressure to the second portion of the plurality of circumferentially adjacent axial fiber strips; and translating the shaft base in a second axial direction to unspool a third portion of the plurality of circumferentially adjacent axial fiber strips over the second portion of the plurality of circumferentially adjacent axial fiber strips. unspooling a first portion of a plurality of circumferentially adjacent axial fiber strips over a shaft base, the plurality of circumferentially adjacent axial fiber strips being unspooled from an axial fiber strip dispensing assembly; translating a first consolidation element axially towards the axial fiber strip dispensing assembly to couple the first portion of the plurality of circumferentially adjacent axial fiber strips to the shaft base, the first consolidation element being configured to apply heat and radially inward pressure to the first portion of the plurality of circumferentially adjacent axial fiber strips; translating the shaft base in a first axial direction to unspool a second portion of the plurality of circumferentially adjacent axial fiber strips over the first portion of the plurality of axial fiber strips; translating a second consolidation element axially towards the axial fiber strip dispensing assembly to couple the second portion of the plurality of circumferentially adjacent axial fiber strips to the first portion of the plurality of circumferentially adjacent axial fiber strips, the second consolidation element being configured to apply heat and radially inward pressure to the second portion of the plurality of circumferentially adjacent axial fiber strips; and translating the shaft base in a second axial direction to unspool a third portion of the plurality of circumferentially adjacent axial fiber strips over the second portion of the plurality of circumferentially adjacent axial fiber strips.
Method for holding available piece goods to be collected and/or for collecting piece goods to be delivered with at least one piece goods module having a plurality of separate piece goods compartments at a collection location , wherein the piece goods compartments respectively have a closure device which is movable from a closure position preventing access to the piece goods compartment into an opening position releasing access to the piece goods compartment and back, - in which the at least one piece goods module is transported by a drone by air from a distribution base to a transfer location and/or vice versa, - in which the at least one piece goods module is transported by a courier vehicle from the transfer location to the collection location and/or vice versa, and - in which the at least one piece goods module is captively secured to a docking station at the collection location and/or is disconnected from a docking station connected to the piece goods module via a secure connection. - in which the at least one piece goods module is transported by a drone by air from a distribution base to a transfer location and/or vice versa, - in which the at least one piece goods module is transported by a courier vehicle from the transfer location to the collection location and/or vice versa, and - in which the at least one piece goods module is captively secured to a docking station at the collection location and/or is disconnected from a docking station connected to the piece goods module via a secure connection.
A carbamate-containing galactopyranosyl compound represented by the structural formula : wherein Bn is benzyl and wherein R is naphthyl.