mhurhangee/patent-ind-claim-en huggingface dataset:
Clothing garment having a pelvic region intended to cover the pelvic area of a wearer, said region being extended by two lower sleeves intended to cover at least one portion of one leg respectively of said wearer and being surmounted by a belt intended to extend around the waist of said wearer, said belt being equipped with at least one sheath extending over at least one portion of said belt, having a front lateral slot , an elastic strap being mounted in said sheath, said strap having a portion that is fastened to the belt and a front portion equipped with a tab mounted inside the slot capable of sliding through said slot by the elastic stretching of said strap, said article further comprising tightening means for tightening the belt by displacement and fastening of said tab outside of said slot, said article being characterised in that : - the strap is equipped with a non-extendible element , the length whereof is defined so as to limit the maximum stretch of said strap; - the belt is equipped with two sheaths , each of which extends over one side of the sagittal plane (S) of the belt between a rear area of said belt and a front lateral slot , an elastic strap being respectively mounted in one sheath , having a rear portion fastened to the belt and a front portion equipped with a tab , the tightening of said belt being carried out by bringing close to one another and fastening said tabs, the sheaths communicating in a rear area of the belt such that they form a continuous conduit between the slots ; - the straps are formed from a portion of the same band, which is mounted in the conduit, whereby the central portion of said band is fastened in the rear area of the belt ; - a non-extendible tape extends continuously between the tabs so as to form each of the non-extendible elements on either side of a central portion of said tape. - the strap is equipped with a non-extendible element , the length whereof is defined so as to limit the maximum stretch of said strap; - the belt is equipped with two sheaths , each of which extends over one side of the sagittal plane (S) of the belt between a rear area of said belt and a front lateral slot , an elastic strap being respectively mounted in one sheath , having a rear portion fastened to the belt and a front portion equipped with a tab , the tightening of said belt being carried out by bringing close to one another and fastening said tabs, the sheaths communicating in a rear area of the belt such that they form a continuous conduit between the slots ; - the straps are formed from a portion of the same band, which is mounted in the conduit, whereby the central portion of said band is fastened in the rear area of the belt ; - a non-extendible tape extends continuously between the tabs so as to form each of the non-extendible elements on either side of a central portion of said tape.
A hoisting crane that is designed to be secured between a ceiling and a floor that includes an automatic adjustable tightening mechanism, and comprises: a male shaft , a female shaft , a locking shaft , a tightening spring , a hoisting arm , a diagonal supportive rod , a top shoe , a bottom shoe , a top bearing , and a bottom bearing ; wherein the male shaft is a long rod with several holes ; wherein a bottom of said male shaft is attached to the bottom bearing , which in turn is attached to the bottom shoe ; wherein the female shaft is a long hollow rod with a bottom opening and a top opening ; wherein a bottom part of the female shaft has a locking hole ; wherein said locking shaft includes a vertical rod on which the tightening spring is assembled, and a stopper which is designed to stop said tightening spring ; wherein the locking shaft is assembled over the female shaft wherein the tightening spring is located between a top end of the female shaft and said stopper of the locking shaft ; wherein an upper end of said vertical rod is attached to the top bearing , which in turn is attached to the top shoe ; wherein an upper end of the male shaft is aimed to be inserted into the female shaft through the bottom opening of said female shaft until the top shoe is tightly secured against the ceiling and the bottom shoe is tightly secured against the floor; wherein a locking pin is aimed to be inserted through the locking hole in the female shaft and into a corresponding hole in the male shaft ; wherein a top end of the diagonal supportive rod is attached to the hoisting arm and a bottom end of said diagonal supportive rod is attached to the bottom bearing or to the bottom end of the male shaft ; wherein said hoisting arm is positioned on the top end of the diagonal supportive rod and wherein a rear part of said hoisting arm is attached by means of an axial joint to the locking shaft ; whereby when assembling together said male shaft and said female shaft and a vertical force being applied upwardly on the female shaft and a vertical force applied downwardly on the male shaft , the tightening spring is pressed between the stopper of the locking shaft and a top end of the female shaft and a pressure of said tightening spring locks the male shaft to the floor and the female shaft to the ceiling; wherein said tightening spring is in use when a user fixes and tightens said hoisting crane , and wherein said tightening spring is not active and not aimed to function when a load is mounted on said hoisting crane ; whereby when the load is mounted on said hoisting arm , the diagonal supportive rod observed part of a vertical pressure of said hoisting arm and whereby provides more stability to the hoisting crane ; whereby when the load is mounted on said hoisting arm , a vertical, downward force acts on said diagonal supportive rod that tightens the bottom shoe to the floor and at the same time a vertical, upward force acts on the axial joint of the locking shaft that causes tightening of the top shoe to the ceiling; whereby the greater the load on the hoisting crane , the tighter said hoisting crane is fixed to the ceiling and floor.
A tissue holder assembly comprising: a base , the base comprising a bottom member , a central hub extending upwardly from the bottom member , and a circumferential sidewall extending upwardly from the bottom member radially spaced apart from the hub , the circumferential sidewall surrounding the hub and defining an interior region configured for accommodating a cylindrical tissue holder ; the base further comprising a raised platform spaced upwardly apart from the bottom member , an upper portion of the central hub extending through a central opening of the platform, wherein the hub is configured for supporting the tissue holder ; the bottom member , the hub and the circumferential sidewall collectively defining an annular fluid channel underlying the platform , the fluid channel being in fluid communication with a platform opening ; wherein the fluid channel extends around the hub from the platform opening to a fluid exit port in the circumferential sidewall; and characterized in that the base further comprises a flow comb underlying the platform opening and extending into the fluid channel. a base , the base comprising a bottom member , a central hub extending upwardly from the bottom member , and a circumferential sidewall extending upwardly from the bottom member radially spaced apart from the hub , the circumferential sidewall surrounding the hub and defining an interior region configured for accommodating a cylindrical tissue holder ; the base further comprising a raised platform spaced upwardly apart from the bottom member , an upper portion of the central hub extending through a central opening of the platform, wherein the hub is configured for supporting the tissue holder ; the bottom member , the hub and the circumferential sidewall collectively defining an annular fluid channel underlying the platform , the fluid channel being in fluid communication with a platform opening ; wherein the fluid channel extends around the hub from the platform opening to a fluid exit port in the circumferential sidewall; and characterized in that the base further comprises a flow comb underlying the platform opening and extending into the fluid channel.
A printing apparatus comprising: print means arranged to print an image on a print medium; conveyance means arranged to convey a print medium to the print means ; first feed means arranged to feed a first print medium to the conveyance means ; second feed means arranged to feed a second print medium to the conveyance means ; and control means configured to control the first feed means , the second feed means , and the conveyance means , wherein the first print medium is a cut sheet (SH1) and the second print medium is a roll sheet (SH2); characterized in that , in a case where a second print medium is to be printed on after a first print medium, the control means starts, in a state in which the first print medium is being conveyed by the conveyance means , feeding of the second print medium to the conveyance means by the second feed means . print means arranged to print an image on a print medium; conveyance means arranged to convey a print medium to the print means ; first feed means arranged to feed a first print medium to the conveyance means ; second feed means arranged to feed a second print medium to the conveyance means ; and control means configured to control the first feed means , the second feed means , and the conveyance means , wherein the first print medium is a cut sheet (SH1) and the second print medium is a roll sheet (SH2); characterized in that , in a case where a second print medium is to be printed on after a first print medium, the control means starts, in a state in which the first print medium is being conveyed by the conveyance means , feeding of the second print medium to the conveyance means by the second feed means .
Transmission device for an electrically driveable vehicle , comprising - a transmission element , - a parking lock , by means of which the transmission element can be blocked and which has a parking lock actuator , and - a transmission housing , which encloses the transmission element and the parking lock , characterized by - a pressure equalization apparatus , by means of which an interior of the parking lock actuator is connected to an exterior of the transmission housing in a gas-permeable manner, wherein the pressure equalization apparatus has a lead-through element which passes through a transmission housing opening , and a fluid guiding element , the first end of which is connected to the interior of the parking lock actuator and the second end of which is connected to the lead-through element , wherein the pressure equalization apparatus - at the first end of the fluid guiding element has a coupling which is connected in a latching manner to a diametrically opposed coupling of the parking lock actuator, which coupling is preferably formed on a parking lock actuator housing , and/or - at the second end of the fluid guiding element has a coupling which is connected in a latching manner to a diametrically opposed coupling of the lead-through element . - a transmission element , - a parking lock , by means of which the transmission element can be blocked and which has a parking lock actuator , and - a transmission housing , which encloses the transmission element and the parking lock , - a pressure equalization apparatus , by means of which an interior of the parking lock actuator is connected to an exterior of the transmission housing in a gas-permeable manner, wherein the pressure equalization apparatus has a lead-through element which passes through a transmission housing opening , and a fluid guiding element , the first end of which is connected to the interior of the parking lock actuator and the second end of which is connected to the lead-through element , - at the first end of the fluid guiding element has a coupling which is connected in a latching manner to a diametrically opposed coupling of the parking lock actuator, which coupling is preferably formed on a parking lock actuator housing , and/or - at the second end of the fluid guiding element has a coupling which is connected in a latching manner to a diametrically opposed coupling of the lead-through element .
A sensing system (S) that detects touch, comprising: - at least an intermediate layer ; - at least an upper layer located on the intermediate layer ; - at least one light source located under the intermediate layer ; - at least one image sensor located under the intermediate layer ; - at least a first fiber optic bundle which comprises a plurality of fiber optic cables positioned such that a tips of which is facing to the light source and other tips of which is facing to the said intermediate layer , and which transmits the light obtained from the light source to the upper layer located on the intermediate layer ; - at least a second fiber optic bundle which comprises a plurality of fiber optic cables, a tips of which is paired with at least one pixel of the image sensor and other tips of which is positioned facing to the said intermediate layer , and which transmits the image of the upper layer located on the intermediate layer to the image sensor ; - at least one control unit which analyzes the image captured by the image sensor using image processing techniques so as to calculate a force applied on the intermediate layer ; and - at least a data link for data communication between the image sensor and the control unit characterized in that the upper layer partially transmits light. - at least an intermediate layer ; - at least an upper layer located on the intermediate layer ; - at least one light source located under the intermediate layer ; - at least one image sensor located under the intermediate layer ; - at least a first fiber optic bundle which comprises a plurality of fiber optic cables positioned such that a tips of which is facing to the light source and other tips of which is facing to the said intermediate layer , and which transmits the light obtained from the light source to the upper layer located on the intermediate layer ; - at least a second fiber optic bundle which comprises a plurality of fiber optic cables, a tips of which is paired with at least one pixel of the image sensor and other tips of which is positioned facing to the said intermediate layer , and which transmits the image of the upper layer located on the intermediate layer to the image sensor ; - at least one control unit which analyzes the image captured by the image sensor using image processing techniques so as to calculate a force applied on the intermediate layer ; and - at least a data link for data communication between the image sensor and the control unit
A shower system with a control, a panel and a functional element, more particularly a shower head, wherein the functional element is connected to a first holding element which is arranged on a first side of the panel and is magnetically held there, wherein on a rear side of the panel opposite the first side, a second holding element is arranged, and wherein the magnetic force required for holding the functional element is produced between the first holding element and the second holding element, wherein the second holding element is arranged on an adjusting mechanism and borne so as to be displaceable by means of the adjusting mechanism, characterised in that the adjusting mechanism is adjustable by means of the control, so that the position of the functional element is horizontally, or simultaneously vertically and horizontally changeable through corresponding adjustment of the second holding element.
A method for operating a wind turbine system that provides real and reactive power to a grid, the wind turbine system including a generator with a power converter and an integrated reactive power compensation device , the method comprising: receiving a total reactive power demand Qcmd made on the wind turbine system at a first grid state; allocating Qcmd to a generator reactive power Qg and to a compensation device reactive power Qmvb; determining a first reactive power droop scheme that comprises a reactive power droop applied to a control loop for one or both of Qg and Qmvb at the first grid state; upon detection of a grid fault, changing the first reactive power droop scheme to a second reactive power droop scheme by changing the reactive power droop value applied to one or both of Qg and Qmvb control loops during recovery from the grid fault. receiving a total reactive power demand Qcmd made on the wind turbine system at a first grid state; allocating Qcmd to a generator reactive power Qg and to a compensation device reactive power Qmvb; determining a first reactive power droop scheme that comprises a reactive power droop applied to a control loop for one or both of Qg and Qmvb at the first grid state; upon detection of a grid fault, changing the first reactive power droop scheme to a second reactive power droop scheme by changing the reactive power droop value applied to one or both of Qg and Qmvb control loops during recovery from the grid fault.
Compensator system adapted to compensate for the angular dispersion of electromagnetic beams deflected by at least one acousto-optic deflector of an optical system, wherein the angular dispersion of each deflected beam is dependent on the deflection angle (θ def , θ def ') obtained by the deflecting acoustic frequency (f 1 , f 2 , f 1 ', f 2 ') of the acousto-optic deflector , characterised in that the compensator system comprises: - a first lens group for spatially separating different wavelength components of deflected beams of different deflection angle (θ def , θ def ') by focusing the beams substantially into a focal plane (FP) of the first lens group , - a compensator element having a first surface and a second surface , and being arranged such that the first surface of the compensator element lies substantially in the focal plane (FP) of the first lens group , and the first and second surfaces of the compensator element have nominal radiuses R 1 and R 2 that together work as local prisms with tilt angles β and prism opening angles α p that vary with the distance from the optical axis so as to compensate for the angular dispersion of the spatially separated different wavelength components of each deflected beam , - a second lens group arranged so as to substantially parallelise the different wavelength components of each deflected beam exiting the compensator element while maintaining the angular variation of the beams deflected at different acoustic frequencies (f 1 , f 2 , f 1 ', f 2 '). - a first lens group for spatially separating different wavelength components of deflected beams of different deflection angle (θ def , θ def ') by focusing the beams substantially into a focal plane (FP) of the first lens group , - a compensator element having a first surface and a second surface , and being arranged such that the first surface of the compensator element lies substantially in the focal plane (FP) of the first lens group , and the first and second surfaces of the compensator element have nominal radiuses R 1 and R 2 that together work as local prisms with tilt angles β and prism opening angles α p that vary with the distance from the optical axis so as to compensate for the angular dispersion of the spatially separated different wavelength components of each deflected beam , - a second lens group arranged so as to substantially parallelise the different wavelength components of each deflected beam exiting the compensator element while maintaining the angular variation of the beams deflected at different acoustic frequencies (f 1 , f 2 , f 1 ', f 2 ').
A seal segment (28; 40) for a shroud ring of a rotor of a gas turbine engine, the seal segment being positioned, in use, radially adjacent the rotor, wherein the seal segment comprises: first (34; 46a, 46b) and second circumferentially spaced passageways each of which extends in the fore and aft direction, a first support bar within the first passageway, and a second support bar within the second passageway, the first and second support bars each being mountable to complementary formations provided by the casing of the engine, wherein the first passageway is configured such that the seal segment is fixed relative to the first support bar in the radial and circumferential directions, and the second passageway is configured such that the seal segment is fixed relative to the second support bar in the radial direction but allows relative movement of the seal segment and the second support bar in the circumferential direction, and, wherein the first and second support bars each project from a front face and a rear face of the seal segment for mounting thereat to the complementary formations provided by the casing, wherein the ends of the first and second support bars are received within recessed portions in the front face and end face. first (34; 46a, 46b) and second circumferentially spaced passageways each of which extends in the fore and aft direction, a first support bar within the first passageway, and a second support bar within the second passageway, the first and second support bars each being mountable to complementary formations provided by the casing of the engine, wherein the first passageway is configured such that the seal segment is fixed relative to the first support bar in the radial and circumferential directions, and the second passageway is configured such that the seal segment is fixed relative to the second support bar in the radial direction but allows relative movement of the seal segment and the second support bar in the circumferential direction, and, wherein the first and second support bars each project from a front face and a rear face of the seal segment for mounting thereat to the complementary formations provided by the casing, wherein the ends of the first and second support bars are received within recessed portions in the front face and end face.