mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical instrument support assembly for supporting surgical instruments, the assembly comprising: an enclosure including a plurality of sidewalls perimetrically bounding an interior volume and a base enclosing a bottom of said interior volume, said enclosure defining an opening adjacent to said interior volume; a light transmissive pane located at least partially across said opening and defining a support surface ; and, light means located inside said interior volume of said enclosure for generating light to be transmitted through said light transmissive pane, characterized in a sterile light transmissive surgical instrument barrier disposed over at least a portion of said light transmissive pane , wherein portions of said sterile light transmissive surgical instrument barrier disposed over said light transmissive pane include demarcated regions and/or areas of color to designate areas for one or more supported surgical instruments with said demarcated regions and/or areas of color being light transmissive, and, wherein the light generated by said light means transmits through said light transmissive pane and said demarcated regions and/or areas of color to provide backlighting to any supported surgical instruments. an enclosure including a plurality of sidewalls perimetrically bounding an interior volume and a base enclosing a bottom of said interior volume, said enclosure defining an opening adjacent to said interior volume; a light transmissive pane located at least partially across said opening and defining a support surface ; and, light means located inside said interior volume of said enclosure for generating light to be transmitted through said light transmissive pane, characterized in a sterile light transmissive surgical instrument barrier disposed over at least a portion of said light transmissive pane , wherein portions of said sterile light transmissive surgical instrument barrier disposed over said light transmissive pane include demarcated regions and/or areas of color to designate areas for one or more supported surgical instruments with said demarcated regions and/or areas of color being light transmissive, and, wherein the light generated by said light means transmits through said light transmissive pane and said demarcated regions and/or areas of color to provide backlighting to any supported surgical instruments.
Composite layer material, having at least the following layers: - a textile backing layer , - bonded to the textile backing layer , a lamination layer , - an intermediate polyurethane layer based on an unblocked high-solid polyurethane system and - an outer polyurethane layer , characterized in that the outer polyurethane layer is based on a solvent-free, aqueous polyurethane dispersion which, in the dispersed polymer, at least to some extent comprises polyether groups. - a textile backing layer , - bonded to the textile backing layer , a lamination layer , - an intermediate polyurethane layer based on an unblocked high-solid polyurethane system and - an outer polyurethane layer , characterized in that the outer polyurethane layer is based on a solvent-free, aqueous polyurethane dispersion which, in the dispersed polymer, at least to some extent comprises polyether groups.
Direct plug connector which can be contacted with the contact holes of a circuit board , - having a housing produced by injection moulding which supports plug contacts , - having coding pins which co-operate with coding holes in the circuit board , - the housing being of two parts comprising a contact support and a retaining cover surrounding the contact support , - and the contact support has latching grooves and expanding dowels , - and the retaining cover has latching ribs which co-operate with the latching grooves of the contact support , - and the retaining cover supports expansion pins which co-operate with the expanding dowels of the contact support , - and the retaining cover supports the coding pins on the external surface and the coding pins are disposed integrally on and removable from the housing by means of a material accumulation located between the housing and coding pin , - and the coding pins are disposed on the housing so that they can be sheared off along a cutting zone by means of a cutting tool . - having a housing produced by injection moulding which supports plug contacts , - having coding pins which co-operate with coding holes in the circuit board , - the housing being of two parts comprising a contact support and a retaining cover surrounding the contact support , - and the contact support has latching grooves and expanding dowels , - and the retaining cover has latching ribs which co-operate with the latching grooves of the contact support , - and the retaining cover supports expansion pins which co-operate with the expanding dowels of the contact support , - and the retaining cover supports the coding pins on the external surface and the coding pins are disposed integrally on and removable from the housing by means of a material accumulation located between the housing and coding pin , - and the coding pins are disposed on the housing so that they can be sheared off along a cutting zone by means of a cutting tool .
A single-use adapter for coupling a single-use container to a reusable sensor transducer, the single-use adapter comprising: an attachment region ; a deflectable diaphragm sealingly coupled to the attachment region and configured to contact a media sample; a radio-frequency identification (RFID) tag coupled to the single-use adapter and configured to store and transmit data; and wherein the RFID tag comprises an open antenna circuit , with exposed contacts , configured to be closed upon physically coupling the adapter to the sensor transducer, wherein, upon closing the antenna circuit , the antenna circuit is configured to receive radio frequency energy from an RFID reader. an attachment region ; a deflectable diaphragm sealingly coupled to the attachment region and configured to contact a media sample; a radio-frequency identification (RFID) tag coupled to the single-use adapter and configured to store and transmit data; and wherein the RFID tag comprises an open antenna circuit , with exposed contacts , configured to be closed upon physically coupling the adapter to the sensor transducer, wherein, upon closing the antenna circuit , the antenna circuit is configured to receive radio frequency energy from an RFID reader.
A method for measuring stress in a target object composed of a metal, the method comprising the steps of: causing X-rays to be incident on the target object from a radiation unit capable of radiating the X-rays and detecting, using a two-dimensional detector, diffraction rings (R) of diffracted X-rays generated as the X-rays are diffracted from the target object ; and calculating the stress in the target object on a basis of a result of the step of detecting, wherein, in the step of detecting, the X-rays are caused to be incident on a plurality of parts of the target object from the radiation unit with the radiation unit angled relative to the target object such that an incidence angle of the X-rays on the target object falls within a range of 5° to 20° and the two-dimensional detector detects the diffraction rings (R) generated as the X-rays are diffracted from the target object , and wherein the method is characterised in that , in the step of detecting, the X-rays are caused to be incident on the target object such that total irradiation area of the target object achieved by the X-rays becomes more than 15,000 times larger than the grain size of the target object , wherein the total irradiation area is 15 mm 2 or more. causing X-rays to be incident on the target object from a radiation unit capable of radiating the X-rays and detecting, using a two-dimensional detector, diffraction rings (R) of diffracted X-rays generated as the X-rays are diffracted from the target object ; and calculating the stress in the target object on a basis of a result of the step of detecting, wherein, in the step of detecting, the X-rays are caused to be incident on a plurality of parts of the target object from the radiation unit with the radiation unit angled relative to the target object such that an incidence angle of the X-rays on the target object falls within a range of 5° to 20° and the two-dimensional detector detects the diffraction rings (R) generated as the X-rays are diffracted from the target object , and wherein the method is characterised in that , in the step of detecting, the X-rays are caused to be incident on the target object such that total irradiation area of the target object achieved by the X-rays becomes more than 15,000 times larger than the grain size of the target object , wherein the total irradiation area is 15 mm 2 or more.
A method of performing a device-to-device, D2D, communication between user equipments, UEs, the method comprising: discovering between the UEs with a discovery signal transmitted in Physical Sidelink Discovery Channel, PSDCH; synchronizing between the UEs with a synchronization signal including a primary synchronizing signal and a secondary synchronizing signal; determining D2D subframes available for a D2D communication; and processing an initialization associated with a pseudo-random sequence of a D2D communication at a start of the D2D subframes, wherein the D2D sub frames comprise a first D2D subframe and a second D2D subframe, wherein each of the first D2D subframe and the second D2D subframe comprises D2D slots, wherein the D2D slots comprise D2D slot number 0 and D2D slot number 1, and wherein the first D2D subframe and the second D2D subframe are included in the same resource pool defined in at least two radio frames; the processing the initialization comprises: when a group hopping for a demodulation reference signal, DM-RS, associated with a transmission of a physical sidelink shared channel, PSSCH, is enabled, computing a group hopping initialization value associated with the group hopping at the start of each D2D subframe corresponding to D2D slot number 0. discovering between the UEs with a discovery signal transmitted in Physical Sidelink Discovery Channel, PSDCH; synchronizing between the UEs with a synchronization signal including a primary synchronizing signal and a secondary synchronizing signal; determining D2D subframes available for a D2D communication; and processing an initialization associated with a pseudo-random sequence of a D2D communication at a start of the D2D subframes, wherein the D2D sub frames comprise a first D2D subframe and a second D2D subframe, wherein each of the first D2D subframe and the second D2D subframe comprises D2D slots, wherein the D2D slots comprise D2D slot number 0 and D2D slot number 1, and wherein the first D2D subframe and the second D2D subframe are included in the same resource pool defined in at least two radio frames; the processing the initialization comprises: when a group hopping for a demodulation reference signal, DM-RS, associated with a transmission of a physical sidelink shared channel, PSSCH, is enabled, computing a group hopping initialization value associated with the group hopping at the start of each D2D subframe corresponding to D2D slot number 0.
A compound selected from the group consisting of the following compounds, pharmaceutically acceptable salts and pharmaceutically acceptable solvates: N-1-(2-(5,6,7,8-tetrahydronaphthalen-1-yl)ethyl)biguanide, N-1-(2-(5,6,7,8-tetrahydronaphthalen-2-yl)ethyl)biguanide, N-1 -(4-cyclopropyl-3-methyl)phenethylbiguanide, N-1-(3-(4-cyclopropylphenyl)propyl)biguanide, N-1-(2-(5,6,7,8-tetrahydronaphthalen-2-yl)methyl)biguanide, N-1-(2-(2,3-dihydro-1H-inden-5-yl)ethyl)biguanide, N-1-tert-butyl-N-5-(2-(5,6,7,8-tetrahydronaphthalen-2-yl)methyl)biguanide, N-1-methyl-N-5-(2-(5,6,7,8-tetrahydronaphthalen-2-yl)ethyl)biguanide, N-1-propyl-N-5-(2-(5,6,7,8-tetrahydronaphthalen-2-yl)ethyl)biguanide, and N-1-(2,3-dihydro-1H-inden-2-yl)biguanide. N-1-(2-(5,6,7,8-tetrahydronaphthalen-1-yl)ethyl)biguanide, N-1-(2-(5,6,7,8-tetrahydronaphthalen-2-yl)ethyl)biguanide, N-1 -(4-cyclopropyl-3-methyl)phenethylbiguanide, N-1-(3-(4-cyclopropylphenyl)propyl)biguanide, N-1-(2-(5,6,7,8-tetrahydronaphthalen-2-yl)methyl)biguanide, N-1-(2-(2,3-dihydro-1H-inden-5-yl)ethyl)biguanide, N-1-tert-butyl-N-5-(2-(5,6,7,8-tetrahydronaphthalen-2-yl)methyl)biguanide, N-1-methyl-N-5-(2-(5,6,7,8-tetrahydronaphthalen-2-yl)ethyl)biguanide, N-1-propyl-N-5-(2-(5,6,7,8-tetrahydronaphthalen-2-yl)ethyl)biguanide, and N-1-(2,3-dihydro-1H-inden-2-yl)biguanide.
An elevator disc brake comprising: a brake caliper comprising a brake plate and a brake magnet configured to operate the brake plate ; brake pads comprising a first brake pad attached to the brake plate and a second brake pad attached to the brake caliper , the brake pads being configured to provide a braking action when moved against a brake disc due to a movement of the brake plate ; elastic means configured to center the brake disc between the brake pads ; characterized in that the elevator disc brake further comprises: brake pins and a support plate configured to fasten the brake caliper to a motor body , wherein a first set of elastic means are arranged between the brake caliper and the motor body and a second set of elastic means are arranged between the brake caliper and the support plate ; adjustment members configured to adjust a state of the elastic means , the adjustment members being arranged between the support plate and the second set of elastic means ; and locking members configured to lock the position of the adjustment members between the support plate and the second set of elastic means . a brake caliper comprising a brake plate and a brake magnet configured to operate the brake plate ; brake pads comprising a first brake pad attached to the brake plate and a second brake pad attached to the brake caliper , the brake pads being configured to provide a braking action when moved against a brake disc due to a movement of the brake plate ; elastic means configured to center the brake disc between the brake pads ; characterized in that the elevator disc brake further comprises: brake pins and a support plate configured to fasten the brake caliper to a motor body , wherein a first set of elastic means are arranged between the brake caliper and the motor body and a second set of elastic means are arranged between the brake caliper and the support plate ; adjustment members configured to adjust a state of the elastic means , the adjustment members being arranged between the support plate and the second set of elastic means ; and locking members configured to lock the position of the adjustment members between the support plate and the second set of elastic means . brake pins and a support plate configured to fasten the brake caliper to a motor body , wherein a first set of elastic means are arranged between the brake caliper and the motor body and a second set of elastic means are arranged between the brake caliper and the support plate ; adjustment members configured to adjust a state of the elastic means , the adjustment members being arranged between the support plate and the second set of elastic means ; and locking members configured to lock the position of the adjustment members between the support plate and the second set of elastic means .
A method for navigating contents in a mobile device , the method comprising: displaying , on a display of the mobile device , a current screen including an index region displaying a plurality of dates, and a content region, displaying first schedule information corresponding to a first date; detecting a selection input of a today schedule view button, wherein the today schedule view button is different from an index of today's date, the index of the today's date being included in the index region; determining a slide direction of second schedule information to be displayed based on a relationship between the first date and the today's date, wherein the second schedule information corresponds to the today's date; and displaying the second schedule information corresponding to the today's date in response to the selection input; wherein the second schedule information slides into the content region based on the determined slide direction; and the method being characterised in that : if the today's date has a difference of at least two days from the first date, schedule information corresponding to a date between the first date and the today's date is not displayed during the time when the second schedule information slides onto the content region of the display. displaying , on a display of the mobile device , a current screen including an index region displaying a plurality of dates, and a content region, displaying first schedule information corresponding to a first date; detecting a selection input of a today schedule view button, wherein the today schedule view button is different from an index of today's date, the index of the today's date being included in the index region; determining a slide direction of second schedule information to be displayed based on a relationship between the first date and the today's date, wherein the second schedule information corresponds to the today's date; and displaying the second schedule information corresponding to the today's date in response to the selection input; wherein the second schedule information slides into the content region based on the determined slide direction; and the method being characterised in that : if the today's date has a difference of at least two days from the first date, schedule information corresponding to a date between the first date and the today's date is not displayed during the time when the second schedule information slides onto the content region of the display.
A display screen comprising: a backlight module comprising a backlight panel and a backlight source placed on one side of the backlight panel ; an accommodation space at least penetrating the backlight panel and used to accommodate functional elements; and a display panel comprising a non-display area facing the accommodation space in the backlight module , a first display area being set on one side of the non-display area , which is further away from the backlight source than the other side of the non-display area , and a second display area surrounding the non-display area and the first display area , wherein the pixels per inch, PPI, of the first display area are smaller than the PPI of the second display area ; wherein a shape of the backlight module corresponds to a shape of the display panel , and the position of the non-display area in the display panel corresponds to the position of the accommodation space in the backlight module . a backlight module comprising a backlight panel and a backlight source placed on one side of the backlight panel ; an accommodation space at least penetrating the backlight panel and used to accommodate functional elements; and a display panel comprising a non-display area facing the accommodation space in the backlight module , a first display area being set on one side of the non-display area , which is further away from the backlight source than the other side of the non-display area , and a second display area surrounding the non-display area and the first display area , wherein the pixels per inch, PPI, of the first display area are smaller than the PPI of the second display area ; wherein a shape of the backlight module corresponds to a shape of the display panel , and the position of the non-display area in the display panel corresponds to the position of the accommodation space in the backlight module .
A diol having the following structure: wherein R 2 is n-butyl, c-pentyl, allyl, or benzyl.
A pharmaceutical composition in the form of a hard gelatin capsule for oral administration comprising Atomoxetine or a pharmaceutical acceptable salt or polymorph thereof as an active ingredient and an amount of 2% to 4% w/w of silicon dioxide acting as suspending agent, wherein the hard gelatin capsule is SLS free.
A method of locating a spark containment cap over an aperture in a structure , the method comprising: receiving a locating tool through the aperture; drawing part of the locating tool through the aperture to draw a spark containment cap at one end of the tool against the structure; characterized by releasing the locating tool from the spark containment cap and withdrawing the locating tool from the aperture. receiving a locating tool through the aperture; drawing part of the locating tool through the aperture to draw a spark containment cap at one end of the tool against the structure; characterized by releasing the locating tool from the spark containment cap and withdrawing the locating tool from the aperture.
A method for monitoring the operation of a metal detection system, said metal detection system being equipped with a balanced coil system comprising a transmitter coil that is connected to a first transmitter unit , which provides a transmitter signal (s1) comprising at least a first and a second operating frequency (f TX1 , f TX2 ), and a first and a second receiver coil that provide output signals (s22, s23) to a receiver unit , said output signals (s22, s23) being induced by the transmitter signal (s1) and compensating one another in the event that no electro-conductive object is present between the first transmitter coil and the receiver coils , characterised in that the metal detection system is further equipped with a second transmitter unit in which: a) a first signal (s11) with the first operating frequency (f TX1 ) and a monitoring signal (s M ) with a monitoring frequency (f MON ) are applied to inputs of a first modulation unit that outputs a first modulated monitoring signal (s MM1 ) comprising a first modulated monitoring frequency (f MM1 ) without a carrier; b) a second signal (s12) with the second operating frequency (f TX2 ) and the monitoring signal (s M ) with the monitoring frequency (f MON ) are applied to inputs of a second modulation unit that outputs a second modulated monitoring signal (s MM2 ) comprising a second modulated monitoring frequency (f MM2 ) without a carrier; wherein the first and the second modulated monitoring signals (s MM1 , s MM2 ) are applied to inputs of a summation unit which is a multiplexer that, in accordance with a multiplexing frequency, alternatingly switches the first modulated monitoring signal (s MM1 ) and the second modulated monitoring signal (s MM2 ) to its output, which outputs a combined output signal (s M12 ) that comprises the two modulated monitoring frequencies (f MM1 , f MM2 ) and that is applied to a monitoring coil that is inductively coupled with at least one of the receiver coils (22; 23), whose output signals (s22, s23) are demodulated in a demodulation unit that provides for each one of the operating frequencies (f TX1 , f TX2 ) a demodulated monitoring signal (s M1 ; s M2 ), which are compared in phase and/or in amplitude with a reference, such as the monitoring signal (s M ), in order to obtain performance information that is used to monitor the detection process. a) a first signal (s11) with the first operating frequency (f TX1 ) and a monitoring signal (s M ) with a monitoring frequency (f MON ) are applied to inputs of a first modulation unit that outputs a first modulated monitoring signal (s MM1 ) comprising a first modulated monitoring frequency (f MM1 ) without a carrier; b) a second signal (s12) with the second operating frequency (f TX2 ) and the monitoring signal (s M ) with the monitoring frequency (f MON ) are applied to inputs of a second modulation unit that outputs a second modulated monitoring signal (s MM2 ) comprising a second modulated monitoring frequency (f MM2 ) without a carrier;