mhurhangee/patent-ind-claim-en huggingface dataset:
A stackable case , which enables cases of different sizes to be transported or stored by being able to be stacked transversely and longitudinally, and basically comprising - at least one body in which equipment can be transported and stored, - at least one lid which enables stacking one stackable case on top of another by means of the geometric figures provided thereon, - at least two handles which enable to carry the stackable cases and which do not require piercing the stackable case during mounting thereof, - at least two recesses which are located on the bottom of the body and which prevent cases stacked on a lid from moving forward-backward and right-left since they engage with the protrusions provided on the lid , and wherein at least two bands are located on the lid , - and at least two protrusions are located on the bands , which enable stacking, characterized by - at least two combined recesses , which are located on the bottom of the body , the body that includes on the bottom thereof recesses whose depths are greater than the depths of the protrusions provided on the lid , - at least one gap which is formed, when the body is stacked on the lid so that the recesses and the protrusions are engaged, due to their depth differences, which gap enables the material that will be transported to be mounted. - at least one body in which equipment can be transported and stored, - at least one lid which enables stacking one stackable case on top of another by means of the geometric figures provided thereon, - at least two handles which enable to carry the stackable cases and which do not require piercing the stackable case during mounting thereof, - at least two recesses which are located on the bottom of the body and which prevent cases stacked on a lid from moving forward-backward and right-left since they engage with the protrusions provided on the lid , and wherein at least two bands are located on the lid , - and at least two protrusions are located on the bands , which enable stacking, - at least two combined recesses , which are located on the bottom of the body , the body that includes on the bottom thereof recesses whose depths are greater than the depths of the protrusions provided on the lid , - at least one gap which is formed, when the body is stacked on the lid so that the recesses and the protrusions are engaged, due to their depth differences, which gap enables the material that will be transported to be mounted.
A method for wireless communication performed by a first node of a radio access network, RAN, comprising: receiving a request for establishing a data flow with a user equipment, UE, wherein the UE provides communication with one or more time sensitive network, TSN, endpoints via the first node of the RAN; receiving from an access and mobility management function, AMF, timing information for the data flow relayed from one or more system messages associated with the data flow, wherein the one or more system messages comprises at least a system message from a policy control function, PCF, to the AMF; and establishing the data flow based at least in part on the timing information. receiving a request for establishing a data flow with a user equipment, UE, wherein the UE provides communication with one or more time sensitive network, TSN, endpoints via the first node of the RAN; receiving from an access and mobility management function, AMF, timing information for the data flow relayed from one or more system messages associated with the data flow, wherein the one or more system messages comprises at least a system message from a policy control function, PCF, to the AMF; and establishing the data flow based at least in part on the timing information.
A malfunction determining device of a component mounting machine , the component mounting machine comprising a head including a pickup member for picking up a component and a moving device configured to move the head horizontally, the malfunction determining device being characterized by : an inspection section configured to execute multiple inspections including a first inspection for performing a mounting operation under control of the head and the moving device to inspect whether the mounting operation is good or bad and a second inspection for performing a calibration measurement of the head to inspect whether the calibration measurement is good or bad, and a determining section configured to determine presence or absence of a malfunction and a malfunction location in the head and the moving device based on a combination of results of the multiple inspections, wherein the calibration measurement includes ZS-axis inclination measurement for measuring an inclination of a ZS axis, the ZS-axis being an axis in up-down direction along which the head is lifted and lowered. an inspection section configured to execute multiple inspections including a first inspection for performing a mounting operation under control of the head and the moving device to inspect whether the mounting operation is good or bad and a second inspection for performing a calibration measurement of the head to inspect whether the calibration measurement is good or bad, and a determining section configured to determine presence or absence of a malfunction and a malfunction location in the head and the moving device based on a combination of results of the multiple inspections, wherein the calibration measurement includes ZS-axis inclination measurement for measuring an inclination of a ZS axis, the ZS-axis being an axis in up-down direction along which the head is lifted and lowered.
Elevator car comprising: an interior space for accommodating passengers and/or cargo; a structural ceiling arranged at the top of the elevator car with a rescue opening formed within the structural ceiling ; a decorative ceiling arranged below the structural ceiling within the interior space ; wherein the decorative ceiling is movable between a closed position in which it extends basically parallel to the structural ceiling ; and at least one open position in which it extends into the interior space ; and a control element which is selectively attachable to the structural ceiling and to the decorative ceiling , respectively, wherein the control element , when attached to the decorative ceiling , is configured for allowing a person located on top of the elevator car to move the decorative ceiling between its closed position and at least one open position in a controlled manner; a locking mechanism configured for locking the decorative ceiling in its closed position; characterized in that it further comprises: at least one connection element mounted to a first end of the control element and configured for being selectively fixed to the structural ceiling or to the decorative ceiling ; and a security element extending between the connection element and the decorative ceiling for preventing the decorative ceiling from unintentionally falling into the interior space when the locking mechanism is unlocked with the control element not being attached to the decorative ceiling . an interior space for accommodating passengers and/or cargo; a structural ceiling arranged at the top of the elevator car with a rescue opening formed within the structural ceiling ; a decorative ceiling arranged below the structural ceiling within the interior space ; wherein the decorative ceiling is movable between a closed position in which it extends basically parallel to the structural ceiling ; and at least one open position in which it extends into the interior space ; and a control element which is selectively attachable to the structural ceiling and to the decorative ceiling , respectively, wherein the control element , when attached to the decorative ceiling , is configured for allowing a person located on top of the elevator car to move the decorative ceiling between its closed position and at least one open position in a controlled manner; a locking mechanism configured for locking the decorative ceiling in its closed position; characterized in that it further comprises: at least one connection element mounted to a first end of the control element and configured for being selectively fixed to the structural ceiling or to the decorative ceiling ; and a security element extending between the connection element and the decorative ceiling for preventing the decorative ceiling from unintentionally falling into the interior space when the locking mechanism is unlocked with the control element not being attached to the decorative ceiling .
Bicycle saddle , comprising - a carrier plate or saddle shell , - a saddle surface arranged on an upper side of the carrier plate or saddle shell and comprising a cushion part , - an opening preferably provided in the central region of the bicycle saddle and extending through the carrier plate or saddle shell and the saddle surface, - wherein the opening comprises a plurality of web elements (20.1, 20.2, 20.3, 20.4, 20.5, 20.6, 20.7) arranged one behind the other, characterized in that the web elements comprise at least one depression (40, 40.1, 40.2), wherein the depression (40, 40.1, 40.2) is a semicircular depression having a diameter, and the web element comprises a plurality of depressions (40, 40.1, 40.2) having different diameters. - a carrier plate or saddle shell , - a saddle surface arranged on an upper side of the carrier plate or saddle shell and comprising a cushion part , - an opening preferably provided in the central region of the bicycle saddle and extending through the carrier plate or saddle shell and the saddle surface, - wherein the opening comprises a plurality of web elements (20.1, 20.2, 20.3, 20.4, 20.5, 20.6, 20.7) arranged one behind the other, characterized in that the web elements comprise at least one depression (40, 40.1, 40.2), wherein the depression (40, 40.1, 40.2) is a semicircular depression having a diameter, and the web element comprises a plurality of depressions (40, 40.1, 40.2) having different diameters.
An electrical signal transmission cable comprising: at least one differential transmission line pair of twisted insulated conductive wires extending longitudinally along a length of cable for carrying electrical signals there-along; characterized by a plurality of electrically isolated conductive shield segments extending longitudinally along and at least partially circumferentially around respectively corresponding portions of at least one differential transmission line pair . at least one differential transmission line pair of twisted insulated conductive wires extending longitudinally along a length of cable for carrying electrical signals there-along; characterized by a plurality of electrically isolated conductive shield segments extending longitudinally along and at least partially circumferentially around respectively corresponding portions of at least one differential transmission line pair .
A laundry treating apparatus comprising: a pressure vessel for maintaining fluid accommodated therein at a pressure higher than an atmospheric pressure; a separator for separating the pressure vessel into a first chamber and a second chamber ; a drum rotatably disposed in the first chamber to accommodate laundry therein; a driver for rotating the drum , the driver being located in the second chamber and comprising a motor for generating a rotation force and a rotation shaft connected to the drum to transmit the rotation force of the motor ; a transferring member for transferring the fluid between the first chamber and the second chamber , characterised in that : the separator includes: a support plate for separating the first chamber and the second chamber from each other; a first through-hole passing through the support plate , wherein the rotation shaft is inserted into the first through-hole and connected to the drum ; and a heat exchanger located between the drum and the support plate to supply heat to the first chamber . a pressure vessel for maintaining fluid accommodated therein at a pressure higher than an atmospheric pressure; a separator for separating the pressure vessel into a first chamber and a second chamber ; a drum rotatably disposed in the first chamber to accommodate laundry therein; a driver for rotating the drum , the driver being located in the second chamber and comprising a motor for generating a rotation force and a rotation shaft connected to the drum to transmit the rotation force of the motor ; a transferring member for transferring the fluid between the first chamber and the second chamber , characterised in that : the separator includes: a support plate for separating the first chamber and the second chamber from each other; a first through-hole passing through the support plate , wherein the rotation shaft is inserted into the first through-hole and connected to the drum ; and a heat exchanger located between the drum and the support plate to supply heat to the first chamber . a support plate for separating the first chamber and the second chamber from each other; a first through-hole passing through the support plate , wherein the rotation shaft is inserted into the first through-hole and connected to the drum ; and a heat exchanger located between the drum and the support plate to supply heat to the first chamber .
A bulkhead for a transport refrigeration unit (TRU) , comprising: a bulkhead body including an inner panel , an outer panel generally tracking a contour of the inner panel , an insulation layer positioned between the inner and outer panels , a peripheral edge, and a center portion surrounded by the peripheral edge, the center portion being offset from a plane defined by the peripheral edge; a service opening defined in an offset portion of the center portion ; and a removable access door that closes the service opening , wherein the removable access door is oriented parallel to a plane defined by the peripheral edge; wherein the service opening is configured to provide access to an evaporator unit of a TRU from a front side of the bulkhead ; characterized in that the removable access door includes an inner panel made from a sheet moulding compound (SMC) material and an outer panel made from the sheet molding compound (SMC) material, a center portion of the inner panel protrudes toward the outer panel of the removable access door , and the inner panel of the removable access door is shaped to track the curvature of the inner panel of bulkhead body to allow airflow to be formed. a bulkhead body including an inner panel , an outer panel generally tracking a contour of the inner panel , an insulation layer positioned between the inner and outer panels , a peripheral edge, and a center portion surrounded by the peripheral edge, the center portion being offset from a plane defined by the peripheral edge; a service opening defined in an offset portion of the center portion ; and a removable access door that closes the service opening , wherein the removable access door is oriented parallel to a plane defined by the peripheral edge; wherein the service opening is configured to provide access to an evaporator unit of a TRU from a front side of the bulkhead ; characterized in that the removable access door includes an inner panel made from a sheet moulding compound (SMC) material and an outer panel made from the sheet molding compound (SMC) material, a center portion of the inner panel protrudes toward the outer panel of the removable access door , and the inner panel of the removable access door is shaped to track the curvature of the inner panel of bulkhead body to allow airflow to be formed.
A method of forming a plate for an article of footwear, the method comprising: applying a first strand portion to a base layer including positioning adjacent segments of the first strand portion to form a first layer on the base layer , the adjacent segments of the first strand portion having a greater density across a width of the plate between a medial side and a lateral side at a forefoot region of the plate than at a midfoot region of the plate and at a heel region of the plate ; and applying at least one of heat and pressure to the first strand portion and to the base layer to conform the first strand portion and the base layer to a predetermined shape, the method of forming a plate for an article of footwear being characterized by attaching the first strand portion to the base layer using stitching . applying a first strand portion to a base layer including positioning adjacent segments of the first strand portion to form a first layer on the base layer , the adjacent segments of the first strand portion having a greater density across a width of the plate between a medial side and a lateral side at a forefoot region of the plate than at a midfoot region of the plate and at a heel region of the plate ; and applying at least one of heat and pressure to the first strand portion and to the base layer to conform the first strand portion and the base layer to a predetermined shape, the method of forming a plate for an article of footwear being characterized by attaching the first strand portion to the base layer using stitching .
A gas turbine engine , comprising: a rotatable shaft ; and a cover substantially covering an end of the rotatable shaft , the cover including a passageway fluidly coupled from outside the rotatable shaft to inside the rotatable shaft , the cover further including a fin configured to prevent oil from entering the passageway ; characterized in that : the cover includes a wall covering substantially the entire end of the rotatable shaft; wherein: the wall includes an outer surface facing outside the rotatable shaft and an inner surface facing inside the rotatable shaft , and the cover includes a hub projecting from the inner surface of the wall ; the hub provides the fin ; the passageway is formed in the hub ;wherein: the passageway includes an axial section extending along an engine central longitudinal axis (A) from the outer surface to a location within the hub . a cover substantially covering an end of the rotatable shaft , the cover including a passageway fluidly coupled from outside the rotatable shaft to inside the rotatable shaft , the cover further including a fin configured to prevent oil from entering the passageway ; characterized in that : the cover includes a wall covering substantially the entire end of the rotatable shaft; wherein: the wall includes an outer surface facing outside the rotatable shaft and an inner surface facing inside the rotatable shaft , and the cover includes a hub projecting from the inner surface of the wall ; the hub provides the fin ; the wall includes an outer surface facing outside the rotatable shaft and an inner surface facing inside the rotatable shaft , and the cover includes a hub projecting from the inner surface of the wall ; the hub provides the fin ; the passageway is formed in the hub ;wherein: the passageway includes an axial section extending along an engine central longitudinal axis (A) from the outer surface to a location within the hub .
Safety brake device for a power tool for braking a machining tool that is driven via an output unit, in particular an output shaft , by means of an electric motor , having at least one brake device which is intended to, during a braking operation, brake, in particular stop, a rotation of the output unit, having a sensor device and having a processing unit, wherein the brake device has at least a first braking stage and a second braking stage , wherein the first braking stage of the brake device is configured as an electronic braking stage, wherein the second braking stage of the brake device is configured as a mechanical braking stage with at least one mechanical braking element, wherein the processing unit is intended to, in a braking operation, apply the first braking stage as soon as an approach of a user to the machining tool is identified or detected by a sensor device , wherein, in this case, the rotation of the output unit is braked, in particular stopped, substantially by means of or through application of the first braking stage of the brake device, characterized in that the brake device is furthermore intended to, in a braking operation, apply the second braking stage as soon as a further approach of a user to the machining tool is identified or detected by the sensor device or, in particular, contact with the machining tool by a body part of the user is detected, wherein, in this case, the rotation of the output unit is braked, in particular stopped, substantially by means of or through application of the second braking stage of the brake device. the brake device has at least a first braking stage and a second braking stage , wherein the first braking stage of the brake device is configured as an electronic braking stage, wherein the second braking stage of the brake device is configured as a mechanical braking stage with at least one mechanical braking element, wherein the processing unit is intended to, in a braking operation, apply the first braking stage as soon as an approach of a user to the machining tool is identified or detected by a sensor device , wherein, in this case, the rotation of the output unit is braked, in particular stopped, substantially by means of or through application of the first braking stage of the brake device, characterized in that the brake device is furthermore intended to, in a braking operation, apply the second braking stage as soon as a further approach of a user to the machining tool is identified or detected by the sensor device or, in particular, contact with the machining tool by a body part of the user is detected, wherein, in this case, the rotation of the output unit is braked, in particular stopped, substantially by means of or through application of the second braking stage of the brake device.
A system comprising: a light source ; a first camera , wherein the first camera comprises a plurality of light-sensitive elements disposed on a focal surface of the first camera; a spatial light modulator , wherein the spatial light modulator comprises a reflective layer disposed beneath a refractive layer , wherein the refractive layer is configured to have a refractive index that varies spatially across the spatial light modulator according to a controllable gradient, wherein at least the direction and magnitude of the controllable gradient are electronically controllable, and wherein the refractive layer is chromatically dispersive; and an optical system, wherein the optical system is configured to (i) direct light from the light source to a target , (ii) direct light emitted from the target in response to the light from the light source toward the spatial light modulator , and (iii) direct light emitted from the target and reflected from the spatial light modulator to the first camera such that the focal surface of the first camera is conjugate to a focal surface passing through the target . a light source ; a first camera , wherein the first camera comprises a plurality of light-sensitive elements disposed on a focal surface of the first camera; a spatial light modulator , wherein the spatial light modulator comprises a reflective layer disposed beneath a refractive layer , wherein the refractive layer is configured to have a refractive index that varies spatially across the spatial light modulator according to a controllable gradient, wherein at least the direction and magnitude of the controllable gradient are electronically controllable, and wherein the refractive layer is chromatically dispersive; and an optical system, wherein the optical system is configured to (i) direct light from the light source to a target , (ii) direct light emitted from the target in response to the light from the light source toward the spatial light modulator , and (iii) direct light emitted from the target and reflected from the spatial light modulator to the first camera such that the focal surface of the first camera is conjugate to a focal surface passing through the target .