mhurhangee/patent-ind-claim-en huggingface dataset:
An indoor unit of an air conditioner, the indoor unit comprises: a housing comprising a chassis and a front frame connected with the chassis , wherein the front frame and the chassis enclose and form a mounting cavity having a mounting hole opening downwards and communicating with outside; and a fan assembly positioned in the mounting cavity and exposed at the mounting hole , wherein the fan assembly is removably connected with the front frame and the chassis , respectively, characterized in that , a portion of the front frame adjacent to the mounting hole is provided with a first buckle , and a portion of the chassis adjacent to the mounting hole is provided with a second buckle ; a portion of the fan assembly adjacent to the front frame is provided with a first buckle slot fitted with the first buckle , and a portion of the fan assembly adjacent to the chassis is provided with a second buckle slot fitted with the second buckle , wherein the first buckle and the second buckle each comprises a main body portion , a rotating portion connected to the main body portion , and a buckling portion ; the first buckle is rotatably connected with the front frame through the rotating portion , and is in a snap fit with the first buckle slot through the buckling portion ; the second buckle is rotatably connected with the chassis through the rotating portion , and is in a snap fit with the second buckle slot through the buckling portion . a housing comprising a chassis and a front frame connected with the chassis , wherein the front frame and the chassis enclose and form a mounting cavity having a mounting hole opening downwards and communicating with outside; and a fan assembly positioned in the mounting cavity and exposed at the mounting hole , wherein the fan assembly is removably connected with the front frame and the chassis , respectively, characterized in that , a portion of the front frame adjacent to the mounting hole is provided with a first buckle , and a portion of the chassis adjacent to the mounting hole is provided with a second buckle ; a portion of the fan assembly adjacent to the front frame is provided with a first buckle slot fitted with the first buckle , and a portion of the fan assembly adjacent to the chassis is provided with a second buckle slot fitted with the second buckle , wherein the first buckle and the second buckle each comprises a main body portion , a rotating portion connected to the main body portion , and a buckling portion ; the first buckle is rotatably connected with the front frame through the rotating portion , and is in a snap fit with the first buckle slot through the buckling portion ; the second buckle is rotatably connected with the chassis through the rotating portion , and is in a snap fit with the second buckle slot through the buckling portion .
A body interface device for a urine aspiration system , the body interface device comprising: an adhesive skin contact pad for adhering to skin, the pad including at least one aperture for admitting urine through the pad into the body interface device ; and a cover attached to the pad and having a bulged form projecting away from the pad , the cover defining (i) a liquid collection chamber region facing towards the pad for receiving discharged urine, and (ii) a recess , characterised in that the recess is for receiving at least partly a non-contact liquid sensor outside the liquid collection chamber region, the liquid collection chamber portion and the recess being adjacent to each other and separated by a wall portion in common to the liquid collection chamber region and the recess. an adhesive skin contact pad for adhering to skin, the pad including at least one aperture for admitting urine through the pad into the body interface device ; and a cover attached to the pad and having a bulged form projecting away from the pad , the cover defining (i) a liquid collection chamber region facing towards the pad for receiving discharged urine, and (ii) a recess , characterised in that the recess is for receiving at least partly a non-contact liquid sensor outside the liquid collection chamber region, the liquid collection chamber portion and the recess being adjacent to each other and separated by a wall portion in common to the liquid collection chamber region and the recess.
Adjusting device for the adjustment of a windscreen of a motorcycle , the adjusting device having a motorcycle-side supporting structure , a windscreen holder which can be moved relative to the supporting structure , and at least one lever element which acts between the windscreen holder and the supporting structure , the adjusting device having at least one actuating lever with an actuating lever rotational axis which is arranged on the supporting structure , a load arm and a manually actuable power arm , the power arm being configured on the inside for the actuation by way of a rider, and a length of the load arm and a length of the power arm being adapted to one another with consideration of the required actuating force for adjusting a windscreen , characterized in that the load arm and the power arm are arranged at an angle or in a skewed manner with respect to one another, the actuating lever and the at least one lever element are produced in one piece, the load arm and the lever element are coaxial with respect to one another, and the actuating lever can be pivoted together with the lever element about a first lever element rotational axis which coincides with the actuating lever rotational axis .
Cassette for insertion into an opening of a wall of a blow moulding part of a blow mould for stretch blow moulding a PET container with a handle mount for a handle which can be clipped in after the stretch blow moulding, wherein the handle mount comprises at least one undercut in the PET container for receiving a complementary handle element, and wherein the cassette comprises the following: - a cassette housing - at least one moulding element , which is arranged within the cassette housing and can be fed out of the cassette housing and return into the cassette housing through an opening in the cassette housing , for moulding the at least one undercut in thermoplastically mouldable wall material of a PET container, and - at least one fluid cylinder arranged within the cassette housing and mechanically coupled to the at least one moulding element , wherein the at least one moulding element can be at least partially fed out of the cassette housing and returned into the cassette housing by the fluid cylinder , wherein the cassette comprises two shaping elements and two fluid cylinders , each fluid cylinder being mechanically connected to only one associated shaping element in each case, characterised in that the two fluid cylinders are arranged with their longitudinal axes at an angle to the respective associated moulding element and with their longitudinal axes crossing each other. - a cassette housing - at least one moulding element , which is arranged within the cassette housing and can be fed out of the cassette housing and return into the cassette housing through an opening in the cassette housing , for moulding the at least one undercut in thermoplastically mouldable wall material of a PET container, and - at least one fluid cylinder arranged within the cassette housing and mechanically coupled to the at least one moulding element , wherein the at least one moulding element can be at least partially fed out of the cassette housing and returned into the cassette housing by the fluid cylinder , wherein the cassette comprises two shaping elements and two fluid cylinders , each fluid cylinder being mechanically connected to only one associated shaping element in each case, characterised in that the two fluid cylinders are arranged with their longitudinal axes at an angle to the respective associated moulding element and with their longitudinal axes crossing each other.
A sectioned heat exchanger system for a gas turbine engine , comprising: an inlet manifold configured to receive a working fluid; a plurality of circuits (404a-c) including at least first and second circuits (404a-c) configured to transfer heat with respect to the working fluid, each of the first and second circuits (404a-c) having a circuit inlet valve , a circuit heat exchange channel, and a circuit outlet valve ; an outlet manifold configured to pass the working fluid to an outlet ; a first sensor configured to measure a first parameter of the first circuit ; a second sensor configured to measure a second parameter of at least one of the outlet and the second circuit ; and a controller configured to selectively isolate at least one of the plurality of circuits (404a-c) based on a parameter difference between the first and second parameters. an inlet manifold configured to receive a working fluid; a plurality of circuits (404a-c) including at least first and second circuits (404a-c) configured to transfer heat with respect to the working fluid, each of the first and second circuits (404a-c) having a circuit inlet valve , a circuit heat exchange channel, and a circuit outlet valve ; an outlet manifold configured to pass the working fluid to an outlet ; a first sensor configured to measure a first parameter of the first circuit ; a second sensor configured to measure a second parameter of at least one of the outlet and the second circuit ; and a controller configured to selectively isolate at least one of the plurality of circuits (404a-c) based on a parameter difference between the first and second parameters.
A transmittance-variable device, comprising: a retardation film ; a liquid crystal alignment film ; and a switchable liquid crystal layer configured to implement a twist orientation mode, wherein the retardation film , the liquid crystal alignment film and the liquid crystal layer are comprised in the above order, wherein a twist angle of the twist orientation mode is 180 degrees or more, characterised in that the smaller one, A S , of the two angles between the slow axis of the retardation film and the alignment direction of the liquid crystal alignment film satisfies Equation 1 below: A S = 42 ± 5 + 17 ± 5 × sin 2 Δ n × d × f wherein the Δn is a refractive index anisotropy of the liquid crystal layer for light having a wavelength of 550 nm, the d is a thickness (unit: μm) of the liquid crystal layer , and the f is the twist angle (unit: degree) of the twist orientation mode, the retardation film has an in-plane retardation of 5,000 nm or more for light having a wavelength of 550 nm; the liquid crystal layer comprises a dichroic dye; and the transmittance-variable device does not comprise a passive polarizing layer. a retardation film ; a liquid crystal alignment film ; and a switchable liquid crystal layer configured to implement a twist orientation mode, wherein the retardation film , the liquid crystal alignment film and the liquid crystal layer are comprised in the above order, wherein a twist angle of the twist orientation mode is 180 degrees or more, characterised in that the smaller one, A S , of the two angles between the slow axis of the retardation film and the alignment direction of the liquid crystal alignment film satisfies Equation 1 below: A S = 42 ± 5 + 17 ± 5 × sin 2 Δ n × d × f wherein the Δn is a refractive index anisotropy of the liquid crystal layer for light having a wavelength of 550 nm, the d is a thickness (unit: μm) of the liquid crystal layer , and the f is the twist angle (unit: degree) of the twist orientation mode, the retardation film has an in-plane retardation of 5,000 nm or more for light having a wavelength of 550 nm; the liquid crystal layer comprises a dichroic dye; and the transmittance-variable device does not comprise a passive polarizing layer.
A branching circuit body comprising: a first electric wire ; a first shield tube that covers the first electric wire ; a second electric wire electrically connected to the first electric wire and inserted through an opening formed in the first shield tube ; a second shield tube that covers the second electric wire and has an end portion inserted into the opening ; and a joining unit for joining the second shield tube to the first shield tube , wherein the second electric wire is a branching line branched from the first electric wire . a first electric wire ; a first shield tube that covers the first electric wire ; a second electric wire electrically connected to the first electric wire and inserted through an opening formed in the first shield tube ; a second shield tube that covers the second electric wire and has an end portion inserted into the opening ; and a joining unit for joining the second shield tube to the first shield tube ,
An apparatus of a 5G enhanced Node B, gNB, comprising: a radio frequency, RF, interface; and baseband circuitry , including one or more baseband processors (204A-D) to: generate a reference signal, RS, sequence from a Gold code based on a pair of generating polynomials and an initialization value, wherein the initialization value comprises: a cell identification, ID, parameter, upon which: a modulus operation is performed by the one or more baseband processors; and separately, a mathematical floor operation is performed by the one or more baseband processors; and a synchronization signal, SS, block index parameter, wherein the cell ID parameter and the SS block index parameter are used in multiplicative form as part of the initialization value; and send the reference signal to the RF interface. a radio frequency, RF, interface; and baseband circuitry , including one or more baseband processors (204A-D) to: generate a reference signal, RS, sequence from a Gold code based on a pair of generating polynomials and an initialization value, wherein the initialization value comprises: a cell identification, ID, parameter, upon which: a modulus operation is performed by the one or more baseband processors; and separately, a mathematical floor operation is performed by the one or more baseband processors; and a synchronization signal, SS, block index parameter, wherein the cell ID parameter and the SS block index parameter are used in multiplicative form as part of the initialization value; and send the reference signal to the RF interface. generate a reference signal, RS, sequence from a Gold code based on a pair of generating polynomials and an initialization value, wherein the initialization value comprises: a cell identification, ID, parameter, upon which: a modulus operation is performed by the one or more baseband processors; and separately, a mathematical floor operation is performed by the one or more baseband processors; and a synchronization signal, SS, block index parameter, wherein the cell ID parameter and the SS block index parameter are used in multiplicative form as part of the initialization value; and a cell identification, ID, parameter, upon which: a modulus operation is performed by the one or more baseband processors; and separately, a mathematical floor operation is performed by the one or more baseband processors; and a modulus operation is performed by the one or more baseband processors; and separately, a mathematical floor operation is performed by the one or more baseband processors; and a synchronization signal, SS, block index parameter, wherein the cell ID parameter and the SS block index parameter are used in multiplicative form as part of the initialization value; and send the reference signal to the RF interface.
A solar panel comprising a protection plate (1; 21; 51; 61) that has translucency from a front surface (1a; 21a; 61a) to a back surface (1b; 21b; 61b), a plurality of solar battery cells (3; 23; 33; 43), and an encapsulant that is integrally provided on the back surface (1b; 21b; 61b) and fixes the solar battery cells (3; 23; 33; 43) to the back surface (1b; 21b; 61b) in sealed state, wherein the front surface (1a; 21a; 61a) serves as a design surface in dome shape, wherein the protection plate (1; 21; 51; 61) is in dome shape, wherein the respective solar battery cells (3; 23; 33; 43) have cell surfaces which are flat surfaces, characterized in that the protection plate (1; 21; 51; 61) is formed from a resin, and a portion of the back surface (1b; 21b; 61b) that faces the solar battery cell (3; 23; 33; 43) serves as an offset surface (1c; 21c; 61c) that is offset with respect to the solar battery cell (3; 23; 33; 43), and differs from the design surface in shape by being flat for a flat solar battery cell (3; 23; 33; 43).
An apparatus for deformation detection for sheets (S) being transported through a sheet printing system , comprising: - a sheet sensing transport path (PP); - a sheet quality detection device positioned along the sheet sensing transport path (PP) and configured for sensing sheets (S) on the sheet sensing transport path (PP), the sheet quality detection device comprising an emitter for emitting an emission beam (B) over the sheet sensing transport path (PP) and a sensor assembly for detecting at least part of the emission beam (B); - a support beam extending laterally over a width of the sheet sensing transport path (PP), wherein the emitter is mounted on the support beam ; - adjusting means for adjusting and setting an angle (α) between the support beam and a plane of the sheet sensing transport path (PP). - a sheet sensing transport path (PP); - a sheet quality detection device positioned along the sheet sensing transport path (PP) and configured for sensing sheets (S) on the sheet sensing transport path (PP), the sheet quality detection device comprising an emitter for emitting an emission beam (B) over the sheet sensing transport path (PP) and a sensor assembly for detecting at least part of the emission beam (B); - a support beam extending laterally over a width of the sheet sensing transport path (PP), wherein the emitter is mounted on the support beam ; - adjusting means for adjusting and setting an angle (α) between the support beam and a plane of the sheet sensing transport path (PP).
Film stretching system for sequential, bi-axial stretching by way of at least one transverse stretching region and one film shrinking region, which has a continuous drive chain that moves a film to be treated though the system and that supports clamping elements configured as clips , said drive chain being able to be driven by means of a first drive disposed in the region of the end of the film shrinking region or behind the latter and by way of which drive chain the clips are variable in terms of the mutual spacing thereof, characterized in that at least one second drive is disposed ahead of the film shrinking region in which the mutual spacings of the clips are reducible, said second drive , when coupled by way of a chain wheel toothing, relieving the first drive by absorbing the forces of the drive chain ahead of the film shrinking region, and by way of which second drive in the coupled state it is achieved that a chain force F K3 after the auxiliary drive is small in comparison to a chain force F K2 at the end of the transverse stretching region such that a deflection of adjacent chain links in the direction lateral to the film running direction is adjustable for arbitrary shrinkage rates up to 25%.
An arbitration method comprising: monitoring, by a preferred data center in real time, whether communication between the preferred data center and an arbitration device is interrupted; monitoring, by the preferred data center in real time, whether communication between a non-preferred data center and the arbitration device is interrupted; setting, by the preferred data center, a first arbitration device flag bit according to a monitoring result based on whether communication between the preferred data center and the arbitration device is interrupted and whether communication between the non-preferred data center and the arbitration device is interrupted, wherein the arbitration device flag bit indicates whether the arbitration device can perform arbitration; determining, by the preferred data center according to the first arbitration device flag bit, an arbitration device cannot perform arbitration, wherein the arbitration device is one of a disaster recovery device, a cloud server or a virtual machine in a cloud; determining, by the preferred data center, communication between the preferred data center and the non-preferred data center is interrupted, wherein the preferred data center and the non-preferred data center are active-active data centers; and continue providing, by the preferred data center, a service. monitoring, by a preferred data center in real time, whether communication between the preferred data center and an arbitration device is interrupted; monitoring, by the preferred data center in real time, whether communication between a non-preferred data center and the arbitration device is interrupted; setting, by the preferred data center, a first arbitration device flag bit according to a monitoring result based on whether communication between the preferred data center and the arbitration device is interrupted and whether communication between the non-preferred data center and the arbitration device is interrupted, wherein the arbitration device flag bit indicates whether the arbitration device can perform arbitration; determining, by the preferred data center according to the first arbitration device flag bit, an arbitration device cannot perform arbitration, wherein the arbitration device is one of a disaster recovery device, a cloud server or a virtual machine in a cloud; determining, by the preferred data center, communication between the preferred data center and the non-preferred data center is interrupted, wherein the preferred data center and the non-preferred data center are active-active data centers; and continue providing, by the preferred data center, a service.
Locking and unlocking system with reversible triggering, comprising a stationary drive and a plurality of locking and unlocking arrangements , which each have: - at least one locking and unlocking element , which is movable between a locking position and an unlocking position; and - a transmission kinematic system for kinematically coupling the locking and unlocking element to the drive, comprising a first kinematic member , a second kinematic member and a third kinematic member , wherein the first kinematic member is coupled to the drive and pivotably connected, by a free end remote from the drive , to a first end of the second kinematic member via an articulation , wherein a second end of the second kinematic member is pivotably connected to the third kinematic member via a second articulation , and wherein the third kinematic member is mounted in an articulated manner on a stationary point (P) via a third articulation and the locking and unlocking element is rigidly connected to the third kinematic member , wherein the first kinematic member is pivotable by means of the drive between a first position and a second position, the first kinematic member , in the second position, being pivoted past an extended position, in which the first and the second kinematic member form a straight line, into a top dead centre position, and wherein at least one of the kinematic members is alterable in a kinematically effective direction in such a way that the transmission kinematic system can move past the extended position into the top dead centre position. - at least one locking and unlocking element , which is movable between a locking position and an unlocking position; and - a transmission kinematic system for kinematically coupling the locking and unlocking element to the drive, comprising a first kinematic member , a second kinematic member and a third kinematic member ,