mhurhangee/patent-ind-claim-en huggingface dataset:
Switchgear cabinet with a current converter with at least three cable connection elements , wherein the respective cable connection element has an electrical contact area and an assembly area , wherein the electrical contact area can be brought into contact with a cable lug, wherein the cable connection element can be fastened at the assembly area to a body , wherein the electrical contact area and the assembly area are arranged on the cable connection element such that the plane of the electrical contact area and the plane of the assembly area intersect in a positioning angle (α), wherein the cable connection element is connected at the assembly area to the body of the current converter , wherein the current converter has at least three cable connection elements , wherein cables connected to the respective cable connection element via the cable lug are guided out of the switchgear cabinet via the base or the top of the switchgear cabinet, characterised in that at least two of the cable connection elements are arranged one above the other in the switchgear cabinet .
A wheel loader , comprising: a forward or speed stage clutch (51 to 55); an accelerator pedal ; a brake pedal configured to operate a hydraulic brake ; and a controller configured to control hydraulic pressure (F) of hydraulic oil supplied to the clutch (51 to 55), characterized in that the controller is configured to perform clutch hydraulic pressure control for continuously reducing the hydraulic pressure (F) of the hydraulic oil supplied to the clutch (51 to 55) according to one of an operation amount (P) of the brake pedal and pressure of the hydraulic oil of the brake on condition that the brake pedal is operated while at least the accelerator pedal is being operated, and is configured to continue the clutch hydraulic pressure control even after the clutch (51 to 55) shifts from a complete engagement state to a semi-engagement state by the clutch hydraulic pressure control. a forward or speed stage clutch (51 to 55); an accelerator pedal ; a brake pedal configured to operate a hydraulic brake ; and a controller configured to control hydraulic pressure (F) of hydraulic oil supplied to the clutch (51 to 55), characterized in that the controller is configured to perform clutch hydraulic pressure control for continuously reducing the hydraulic pressure (F) of the hydraulic oil supplied to the clutch (51 to 55) according to one of an operation amount (P) of the brake pedal and pressure of the hydraulic oil of the brake on condition that the brake pedal is operated while at least the accelerator pedal is being operated, and is configured to continue the clutch hydraulic pressure control even after the clutch (51 to 55) shifts from a complete engagement state to a semi-engagement state by the clutch hydraulic pressure control.
A compound having the structure or a pharmaceutically acceptable salt, solvate, or hydrate thereof for use in a method of treating cancer in a human subject, wherein the method comprises oral administration of the compound at a total daily dose in a range of from 160 mg to 1000 mg and wherein the compound is in particle form and the particles have a D 50 of more than or equal to 0.2 μm and less than or equal to 20 μm, wherein particle size analysis of the particles is performed using a dry particle method.
A controller for performing a lighting control of an illumination unit detachably connected in an illumination device according to a predetermined disposition rule for irradiating light on an object (W) in image measurement to perform an appearance inspection of the object (W), characterised in that the controller comprises: a specifying part for specifying a position where the illumination unit is connected; and a reception part for presenting a lightable area where the illumination unit is connected and an unlightable area where the illumination unit is not connected based on the position specified by the specifying part and also for receiving a setting of a lighting condition for the lightable area . a specifying part for specifying a position where the illumination unit is connected; and a reception part for presenting a lightable area where the illumination unit is connected and an unlightable area where the illumination unit is not connected based on the position specified by the specifying part and also for receiving a setting of a lighting condition for the lightable area .
A method of a local bundle assistant, LBA, of a terminal negotiating a certificate with a secondary platform bundle manager, SPBM, in a wireless communication system, the method comprising: transmitting (operation 6001) a request message requesting information for certificates supported by a secondary secure platform, SSP, to a secondary platform bundle loader, SPBL, of the SSP of the terminal; receiving the information for certificates supported by the SSP including information for certificate issuers corresponding to a family identifier from the SPBL; transmitting (operation 6005) the information for certificates supported by the SSP to the SPBM ; and receiving a certificate of the SPBM for key agreement, information of public key identifiers of certificate issuers to be used by the SSP , and information of the family identifier from the SPBM , wherein, the information for certificate issuers corresponding to a family identifier includes information of public key identifiers of certificate issuers that issued certificates included in a certificate chain of the SPBM and are verifiable by the SPBL, information of public key identifiers of certificate issuers that issued certificates included in a certificate chain of the SPBL and are verifiable by the SPBM , and the information of the family identifier. transmitting (operation 6001) a request message requesting information for certificates supported by a secondary secure platform, SSP, to a secondary platform bundle loader, SPBL, of the SSP of the terminal; receiving the information for certificates supported by the SSP including information for certificate issuers corresponding to a family identifier from the SPBL; transmitting (operation 6005) the information for certificates supported by the SSP to the SPBM ; and receiving a certificate of the SPBM for key agreement, information of public key identifiers of certificate issuers to be used by the SSP , and information of the family identifier from the SPBM , wherein, the information for certificate issuers corresponding to a family identifier includes information of public key identifiers of certificate issuers that issued certificates included in a certificate chain of the SPBM and are verifiable by the SPBL, information of public key identifiers of certificate issuers that issued certificates included in a certificate chain of the SPBL and are verifiable by the SPBM , and the information of the family identifier.
A process for treating saline water to obtain product water comprising a higher concentration of divalent ions (i) Mg 2+ and/or Ca 2+ , and (ii) SO 4 2- as compared with said saline water, the process comprising the steps of: a. passing a sample of saline water through a first nanofiltration (NF) membrane to obtain an NF permeate and an NF retentate (NF brine); b. performing a first diaNanofiltration cycle (DiaNF cycle) comprising passing the NF brine obtained in step (a) through a second NF membrane in the presence of a diluting solution to obtain a DiaNF permeate and a diaNF retentate (DiaNF brine), wherein the added volume of the diluting solution is equal to the volume of the NF brine of step (a), and wherein the diluting solution is added at a flow rate similar to that of the DiaNF permeate; c. recirculating the DiaNF brine obtained in step (b) by subjecting it to one or more additional DiaNF cycles in the presence of a diluting solution, wherein the added volume of the diluting solution is equal to the volume of the brine from the previous DiaNF cycle, wherein the diluting solution is added at a flow rate similar to that of the DiaNF permeate, and wherein the DiaNF cycles are performed in a continuous manner; and d. isolating the DiaNF brine from step (c) as product water having a higher concentration of said divalent ions, and a lower concentration of species selected from the group consisting of Na + , Br - , Cl - and B as compared with said saline water, wherein the process further comprises the step of lowering the Mg 2+ +Ca 2+ :SO 4 2- concentration ratio in the product water as compared with the saline water. a. passing a sample of saline water through a first nanofiltration (NF) membrane to obtain an NF permeate and an NF retentate (NF brine); b. performing a first diaNanofiltration cycle (DiaNF cycle) comprising passing the NF brine obtained in step (a) through a second NF membrane in the presence of a diluting solution to obtain a DiaNF permeate and a diaNF retentate (DiaNF brine), wherein the added volume of the diluting solution is equal to the volume of the NF brine of step (a), and wherein the diluting solution is added at a flow rate similar to that of the DiaNF permeate; c. recirculating the DiaNF brine obtained in step (b) by subjecting it to one or more additional DiaNF cycles in the presence of a diluting solution, wherein the added volume of the diluting solution is equal to the volume of the brine from the previous DiaNF cycle, wherein the diluting solution is added at a flow rate similar to that of the DiaNF permeate, and wherein the DiaNF cycles are performed in a continuous manner; and d. isolating the DiaNF brine from step (c) as product water having a higher concentration of said divalent ions, and a lower concentration of species selected from the group consisting of Na + , Br - , Cl - and B as compared with said saline water,
A core assembly (72; 102) for fabricating an air cooled blade outer air seal (BOAS) (62; 100) for a gas turbine engine , the core assembly (72; 102) comprising: an end portion (80A,B; 130A,B) for defining circumferential passages within a circumferential side of a BOAS (62; 100); and a middle portion spaced apart from the end portion (80A,B; 130A,B) and defining circumferential passages through a middle part of the BOAS (62; 100), characterised in that : the end portion (80A, B; 130 A, B) defines a first circumferential cross-section (86; 104; 106; 108) with a first radial height and the middle portion defines a second circumferential cross-section with a second radial height , and the first radial height is greater than the second radial height . an end portion (80A,B; 130A,B) for defining circumferential passages within a circumferential side of a BOAS (62; 100); and a middle portion spaced apart from the end portion (80A,B; 130A,B) and defining circumferential passages through a middle part of the BOAS (62; 100), characterised in that : the end portion (80A, B; 130 A, B) defines a first circumferential cross-section (86; 104; 106; 108) with a first radial height and the middle portion defines a second circumferential cross-section with a second radial height , and the first radial height is greater than the second radial height .
An implement comprising: a center section and a pair of wing sections , characterized in that each of the sections comprises a pair of parallel frame members pivotably coupled to each other, wherein one of the frame members comprises a toolbar ; and wherein the implement further comprises a plurality of hydraulic cylinders enabling rotational movement between the parallel frame members , wherein the hydraulic cylinders of the wing sections comprise double rod cylinders and the hydraulic cylinders of the center section comprises single rod cylinders .
A braking and/or clamping element having an annular housing , which has at least one hydraulic connection , an inner wall , and an outer wall , characterised in that - the inner wall and the outer wall are connected to one another by means of radially oriented tension bolts ; - a pressure space , which is adjacent to the outer wall , spaced from the inner wall and connected to the said hydraulic connection , is arranged in the housing , wherein the outer wall forms an outer diaphragm of the pressure space ; - an equalisation space , which is adjacent to the inner wall and spaced from the outer wall , is arranged in the housing , wherein the inner wall forms an inner diaphragm ; - and the sum of the minimum wall thicknesses of the inner diaphragm and the outer diaphragm is smaller than the minimum wall thickness of any other delimiting wall section of the housing delimiting the pressure space , so that when the pressure space is hydraulically loaded, the minimum rigidity of the braking and/or clamping element is oriented in the radial direction . - the inner wall and the outer wall are connected to one another by means of radially oriented tension bolts ; - a pressure space , which is adjacent to the outer wall , spaced from the inner wall and connected to the said hydraulic connection , is arranged in the housing , wherein the outer wall forms an outer diaphragm of the pressure space ; - an equalisation space , which is adjacent to the inner wall and spaced from the outer wall , is arranged in the housing , wherein the inner wall forms an inner diaphragm ; - and the sum of the minimum wall thicknesses of the inner diaphragm and the outer diaphragm is smaller than the minimum wall thickness of any other delimiting wall section of the housing delimiting the pressure space , so that when the pressure space is hydraulically loaded, the minimum rigidity of the braking and/or clamping element is oriented in the radial direction .
Tyre comprising a device , said device comprising a first, second, third, fourth and fifth layer , the third layer being optional, and the second or fourth layer having a surface having a surface roughness R a , where a) the first layer comprises a first electrode material, b) the second layer comprises a first intermediate material, d) the fourth layer comprises a second intermediate material and e) the fifth layer comprises a second electrode material, where - the first intermediate material of the second layer has a dielectric conductivity ε r of greater than 1.01 F·m -1 and/or - the second intermediate material of the fourth layer has a dielectric conductivity e r of greater than 1.01 F·m -1 , characterized in that - the first intermediate material of the second layer and the second intermediate material of the fourth layer are different, - the four layers or five layers are arranged one above another according to the above sequence and - the surface of the second or fourth layer has a surface roughness R a in the range from 0.1 μm to 500 μm, measured in accordance with DIN EN ISO 4288:1998. a) the first layer comprises a first electrode material, b) the second layer comprises a first intermediate material, d) the fourth layer comprises a second intermediate material and e) the fifth layer comprises a second electrode material, - the first intermediate material of the second layer has a dielectric conductivity ε r of greater than 1.01 F·m -1 and/or - the second intermediate material of the fourth layer has a dielectric conductivity e r of greater than 1.01 F·m -1 , - the first intermediate material of the second layer and the second intermediate material of the fourth layer are different, - the four layers or five layers are arranged one above another according to the above sequence and - the surface of the second or fourth layer has a surface roughness R a in the range from 0.1 μm to 500 μm, measured in accordance with DIN EN ISO 4288:1998.
A penile prosthetic comprising: a penile implant sized for insertion into a dilated corpora cavernosum of a penis, the penile implant includes a proximal tip that is insertable into a crus penis and an inflatable bladder connected to the proximal tip , the inflatable bladder has a distal tip that is insertable into a glans penis; an insertion sleeve attachable to an outside surface of the inflatable bladder ; characterized in that the insertion sleeve is configured to provide the penile implant with an effective column strength of 4.45 N (1 pound force) or greater, sufficient for insertion of the bladder into a dilated corpora cavernosum of the penis and to allow pushing the penile implant in a distal direction to a distal end of the penis, said effective column strength being stronger than a column strength of the bladder of the penile implant ; and wherein the insertion sleeve is soluble in an aqueous liquid and adapted to go into solution and be absorbed into the body in a manner imperceptible to a user of the penile prosthetic . a penile implant sized for insertion into a dilated corpora cavernosum of a penis, the penile implant includes a proximal tip that is insertable into a crus penis and an inflatable bladder connected to the proximal tip , the inflatable bladder has a distal tip that is insertable into a glans penis; an insertion sleeve attachable to an outside surface of the inflatable bladder ; characterized in that the insertion sleeve is configured to provide the penile implant with an effective column strength of 4.45 N (1 pound force) or greater, sufficient for insertion of the bladder into a dilated corpora cavernosum of the penis and to allow pushing the penile implant in a distal direction to a distal end of the penis, said effective column strength being stronger than a column strength of the bladder of the penile implant ; and wherein the insertion sleeve is soluble in an aqueous liquid and adapted to go into solution and be absorbed into the body in a manner imperceptible to a user of the penile prosthetic .
An electrical installation box for supporting conduits and cables , the electrical installation box comprising a plurality of facets , each of said facets having sides connectively abutting the sides of an adjacent facet thus forming a hollow box with an open end , wherein at least one of said facets is provided with a profiled retainer for accommodating said cables , wherein said profiled retainer is formed of alternative long flanges and short flanges protruding toward a centre of said profiled retainer , and wherein said profiled retainer's periphery is configured to be knocked out for accommodating conduits , when necessary; wherein said profiled retainer is provided with two opposing conduit locking edges and two opposing conduit support edges to support the conduit once said profiled retainer has been knocked out; wherein said conduit support edges and said conduit locking edges are chamfered; wherein said conduit support edges are round shaped and said conduit locking edges are flat edges; wherein a bottom of said electrical installation box is provided with openings for insertion of conduits from the bottom of the box . wherein at least one of said facets is provided with a profiled retainer for accommodating said cables , wherein said profiled retainer is formed of alternative long flanges and short flanges protruding toward a centre of said profiled retainer , and wherein said profiled retainer's periphery is configured to be knocked out for accommodating conduits , when necessary; wherein said profiled retainer is provided with two opposing conduit locking edges and two opposing conduit support edges to support the conduit once said profiled retainer has been knocked out; wherein said conduit support edges and said conduit locking edges are chamfered; wherein said conduit support edges are round shaped and said conduit locking edges are flat edges; wherein a bottom of said electrical installation box is provided with openings for insertion of conduits from the bottom of the box .
A fastener assembly for connecting a first web to a second web , wherein an inside is defined between the first and second webs , and an inner surface of the first web faces an inner surface of the second web , an outer surface of the first web being arranged on an outside of the first web , and an outer surface of the second web being arranged an on outside of the second web , the fastener assembly comprising: a shaft , a first fastener (97; 140), and a second fastener (96; 150), the shaft having a first end configured to be arranged with the first web , a second end configured to be arranged on the outside of the second web , and a central portion configured to be arranged between the first and second webs , wherein the central portion includes one or more stoppers (64;84, 86) near the first end, the stoppers (64; 84, 86) having a retracted position wherein the stoppers (54; 84, 86) substantially do not protrude beyond an outer surface of the central portion and a deployed position wherein the stoppers (64; 84, 86) protrude beyond the outer surface of the central portion such that the first web can be fixed between the stoppers and the first fastener (97; 140) when mounted on the first end of the shaft , wherein the central portion has a cross-sectional area that is larger than the cross-sectional area of the second end such that the second web can be fixed between the second fastener (150; 96) when mounted on the second end of the shaft and the central portion of the shaft, and wherein the stoppers (64; 84, 86) are configured to be deployed from the outside of the first web . a shaft , a first fastener (97; 140), and a second fastener (96; 150), the shaft having a first end configured to be arranged with the first web , a second end configured to be arranged on the outside of the second web , and a central portion configured to be arranged between the first and second webs , wherein the central portion includes one or more stoppers (64;84, 86) near the first end, the stoppers (64; 84, 86) having a retracted position wherein the stoppers (54; 84, 86) substantially do not protrude beyond an outer surface of the central portion and a deployed position wherein the stoppers (64; 84, 86) protrude beyond the outer surface of the central portion such that the first web can be fixed between the stoppers and the first fastener (97; 140) when mounted on the first end of the shaft , wherein the central portion has a cross-sectional area that is larger than the cross-sectional area of the second end such that the second web can be fixed between the second fastener (150; 96) when mounted on the second end of the shaft and the central portion of the shaft, and wherein the stoppers (64; 84, 86) are configured to be deployed from the outside of the first web .
A communication circuit for communication over a voltage isolation barrier, the communication circuit comprising: a current pulse transformer including a single turn primary winding, a core , and a single turn secondary winding, wherein information is transmitted in the current domain; a current sensor having a low ohmic input coupled to the current pulse transformer, wherein the low ohmic input is arranged to provide a virtual ground level and to receive a current pulse from the single turn secondary winding; and a signal processing unit to extract information from the received current pulse. a current pulse transformer including a single turn primary winding, a core , and a single turn secondary winding, wherein information is transmitted in the current domain; a current sensor having a low ohmic input coupled to the current pulse transformer, wherein the low ohmic input is arranged to provide a virtual ground level and to receive a current pulse from the single turn secondary winding; and a signal processing unit to extract information from the received current pulse.