mhurhangee/patent-ind-claim-en huggingface dataset:
A loading unit for a circular stapling apparatus comprising: a housing defining a pair of first openings and a pair of second openings , wherein the first openings are larger than the second openings; a pusher assembly operably received within the housing and being movable from a first position to a second position within the housing; a staple cartridge disposed on a distal end of the housing and including a plurality of staples; and a shipping member operably received on a distal end of the housing to prevent movement of the pusher assembly from the first to the second position, the shipping member including: a base portion ; a retaining portion extending proximally from the base portion, the retaining portion being configured to engage the pusher assembly; and a pair of legs extending from the base portion; the shipping member further includes a locking feature disposed on a free end of each of the legs, wherein the locking features are removably securable within the pair of first openings in a first orientation and fixedly securable within the pair of second openings in a second orientation. a housing defining a pair of first openings and a pair of second openings , wherein the first openings are larger than the second openings; a pusher assembly operably received within the housing and being movable from a first position to a second position within the housing; a staple cartridge disposed on a distal end of the housing and including a plurality of staples; and a shipping member operably received on a distal end of the housing to prevent movement of the pusher assembly from the first to the second position, the shipping member including: a base portion ; a retaining portion extending proximally from the base portion, the retaining portion being configured to engage the pusher assembly; and a pair of legs extending from the base portion; the shipping member further includes a locking feature disposed on a free end of each of the legs, wherein the locking features are removably securable within the pair of first openings in a first orientation and fixedly securable within the pair of second openings in a second orientation. a base portion ; a retaining portion extending proximally from the base portion, the retaining portion being configured to engage the pusher assembly; and a pair of legs extending from the base portion; the shipping member further includes a locking feature disposed on a free end of each of the legs, wherein the locking features are removably securable within the pair of first openings in a first orientation and fixedly securable within the pair of second openings in a second orientation.
A ring laser gyroscope comprising: a light generating source configured to generate light of a first wavelength; a plurality of primary cavity mirrors configured to route light of a second wavelength around a primary cavity to a readout device , one primary cavity mirror (110-1) of the plurality of primary cavity mirrors including a gain medium ; and a pumping mirror , the pumping mirror and the one primary cavity mirror (110-1) including the gain medium positioned and configured to reflect the light of the first wavelength back and forth in a pumping cavity through the gain medium , wherein the light of the first wavelength stimulates the gain medium to generate the light of the second wavelength that is reflected around the primary cavity to the readout device . a light generating source configured to generate light of a first wavelength; a plurality of primary cavity mirrors configured to route light of a second wavelength around a primary cavity to a readout device , one primary cavity mirror (110-1) of the plurality of primary cavity mirrors including a gain medium ; and a pumping mirror , the pumping mirror and the one primary cavity mirror (110-1) including the gain medium positioned and configured to reflect the light of the first wavelength back and forth in a pumping cavity through the gain medium , wherein the light of the first wavelength stimulates the gain medium to generate the light of the second wavelength that is reflected around the primary cavity to the readout device .
System to monitor light and sound impact on a person, comprising: - a light capturing unit for capturing ambient light at the person over time, - a sound capturing unit for capturing ambient sound at the person over time, 2. - a threshold unit configured to generate and issue a trigger signal if the brightness of captured ambient light exceeds a brightness level and/or if the sound level of captured ambient sound exceeds a sound threshold, - a stress level processor configured to determine the stress level of the person, - a storing unit configured to store, in response to a received trigger signal, snippets of ambient light and ambient sound captured around the time moment of receiving the trigger signal and snippets of stress level information of the person around the time moment of receiving the trigger signal, - a review unit configured to review stored snippets of ambient light, ambient sound and stress level information allowing to identify the root cause of the ambient light and ambient sound stored in a reviewed snippet and to derive guidance information indicating how to avoid such light and/or sound caused by an identified root cause, and - a light processor configured to process captured images before checking if the light level of a captured images exceeds a light threshold by the threshold unit by applying a weighting representing the human eye sensitivity, in particular the eye sensitivity of a person comparable to the monitored person. - a light capturing unit for capturing ambient light at the person over time, - a sound capturing unit for capturing ambient sound at the person over time, 2. - a threshold unit configured to generate and issue a trigger signal if the brightness of captured ambient light exceeds a brightness level and/or if the sound level of captured ambient sound exceeds a sound threshold, - a stress level processor configured to determine the stress level of the person, - a storing unit configured to store, in response to a received trigger signal, snippets of ambient light and ambient sound captured around the time moment of receiving the trigger signal and snippets of stress level information of the person around the time moment of receiving the trigger signal, - a review unit configured to review stored snippets of ambient light, ambient sound and stress level information allowing to identify the root cause of the ambient light and ambient sound stored in a reviewed snippet and to derive guidance information indicating how to avoid such light and/or sound caused by an identified root cause, and - a light processor configured to process captured images before checking if the light level of a captured images exceeds a light threshold by the threshold unit by applying a weighting representing the human eye sensitivity, in particular the eye sensitivity of a person comparable to the monitored person.
A casting method comprising: forming a seed , the seed having a first end and a second end and an inner diameter (ID) surface and an outer diameter (OD) surface ; placing the seed second end in contact or spaced facing relation with a chill plate ; contacting the first end with molten material ; and cooling and solidifying the molten material so that a crystalline structure of the seed propagates into the solidifying material , wherein: at least a portion of the seed contacted with the molten material has a solidus higher than a solidus of at least an initial pour portion of the molten material ; and characterised in that a subsequent pour portion of the molten material has a solidus higher than the solidus of the initial pour portion ; and after the solidifying, the initial pour portion and remainder of the seed are removed. forming a seed , the seed having a first end and a second end and an inner diameter (ID) surface and an outer diameter (OD) surface ; placing the seed second end in contact or spaced facing relation with a chill plate ; contacting the first end with molten material ; and cooling and solidifying the molten material so that a crystalline structure of the seed propagates into the solidifying material , wherein: at least a portion of the seed contacted with the molten material has a solidus higher than a solidus of at least an initial pour portion of the molten material ; and characterised in that a subsequent pour portion of the molten material has a solidus higher than the solidus of the initial pour portion ; and after the solidifying, the initial pour portion and remainder of the seed are removed. at least a portion of the seed contacted with the molten material has a solidus higher than a solidus of at least an initial pour portion of the molten material ; and characterised in that a subsequent pour portion of the molten material has a solidus higher than the solidus of the initial pour portion ; and after the solidifying, the initial pour portion and remainder of the seed are removed.
A device for dispensing active ingredient-containing or active ingredient-carrying strips, having a housing , in which housing there is arranged a spool chamber for accommodating an active ingredient-containing or active ingredient-carrying band , in which housing there is mounted a wheel transmission with an output roller for conveying the band , and in which housing there is arranged a severing device for severing the strips from the band , wherein - an indexing coupling mechanism is positioned upstream of the wheel transmission , - the indexing coupling mechanism has a manually actuatable triggering element , and - the output roller is driveable in incremental steps by means of the indexing coupling mechanism , and - the triggering element is configured such that a manual actuation of the triggering element triggers an indexing of the indexing coupling mechanism and thus an incremental movement of the output roller , characterized in that a severing device for severing the strips from the band is arranged in the housing . - an indexing coupling mechanism is positioned upstream of the wheel transmission , - the indexing coupling mechanism has a manually actuatable triggering element , and - the output roller is driveable in incremental steps by means of the indexing coupling mechanism , and - the triggering element is configured such that a manual actuation of the triggering element triggers an indexing of the indexing coupling mechanism and thus an incremental movement of the output roller ,
Drilling tool, in particular reamer, for drilling a workpiece core bore to a nominal diameter (d N ) by means of a main cutting edge , formed on a drilling body , which has a radially outer cutting edge which extends longitudinally along a drilling body longitudinal axis (L) onto a cutting nose disposed at the drilling tip , wherein in the drilling procedure the drilling tool can be driven into the workpiece core bore using rotational movement (R) and advance movement (V), wherein the drilling tool has at least one groove cutter which is positioned upstream of the cutting nose of the main cutting edge in the tool rotational direction (R), wherein the groove cutter for generating the groove has at the drilling tip an end cutting edge , extending perpendicularly to the drilling body longitudinal axis (L), which at a cutting nose transitions into a groove floor cutting edge , extending along the drilling body longitudinal axis (L), which transitions at a cutting nose facing away from the drilling tip into a groove flank cutting edge extending perpendicularly to the drilling body longitudinal axis (L), and wherein on the end cutting edge a groove rake face and a main free surface formed on the drilling tip converge, wherein the rotational movement (R) and the advance movement (V) are designed such that in the drilling procedure the groove cutter a groove is generated in the inner wall of the core bore , in which groove the cutting nose of the main cutting edge is guided with at least reduced cutting load, characterised in that on the groove flank cutting edge facing away from the drilling tip and on the groove floor cutting edge the rake face transition into further free surfaces turned radially to the outside, which in the rotational direction (R) adjoin on the cutting edges at a clearance angle, and that the cutting nose of the main cutting edge is spaced by a longitudinal offset (Δx) from the groove cutter .
A data setting system that includes an image forming apparatus having a scanning unit with an image sensor and a communication terminal apparatus having a light irradiating part , characterized in that the image forming apparatus has an optical-communication receive part that receives an external light signal by using the image sensor , and an optical-communication execution part that performs a setup of an adjustment value corresponding to the light signal being received, in an internal memory; and the communication terminal apparatus has an optical-communication sending part that sends the light signal corresponding to the adjustment value, by using the light irradiating part, wherein the optical-communication receive part starts reception of the external light signal, when an input of instructions by an operator is received or when there is no data for the setup to an area of a predetermined memory.
An image display device comprising: an image light generating unit which emits light including image information; and a light guide optical system which generates an image from the light which is emitted from the image light generating unit such that the image propagates toward a position of an exit pupil, wherein the light guide optical system is provided with a first deflection unit which deflects the light which is emitted from the image light generating unit , and a second deflection unit which further deflects the light which is deflected by the first deflection unit to guide the light to the position of the exit pupil and transmits a portion of external light, wherein an optical axis (AX2) of the light which propagates from the first deflection unit toward the second deflection unit and an optical axis (AX1) of the exit pupil form an acute angle (θ1); wherein the first deflection unit is a semi-transmitting reflecting mirror which reflects a portion of incident light and transmits another portion of the incident light; and wherein the second deflection unit is a holographic mirror which diffracts and deflects a portion of the incident light; the image generating unit comprising a light scanning device ; characterised in that the light undergoes no intermediate reflections between the light scanning device and the first deflecting unit , and the first deflection unit deflects the light which is emitted from the image light generating unit directly to the second deflection unit . an image light generating unit which emits light including image information; and a light guide optical system which generates an image from the light which is emitted from the image light generating unit such that the image propagates toward a position of an exit pupil, wherein the light guide optical system is provided with a first deflection unit which deflects the light which is emitted from the image light generating unit , and a second deflection unit which further deflects the light which is deflected by the first deflection unit to guide the light to the position of the exit pupil and transmits a portion of external light, wherein an optical axis (AX2) of the light which propagates from the first deflection unit toward the second deflection unit and an optical axis (AX1) of the exit pupil form an acute angle (θ1); wherein the first deflection unit is a semi-transmitting reflecting mirror which reflects a portion of incident light and transmits another portion of the incident light; and wherein the second deflection unit is a holographic mirror which diffracts and deflects a portion of the incident light; the image generating unit comprising a light scanning device ; characterised in that the light undergoes no intermediate reflections between the light scanning device and the first deflecting unit , and the first deflection unit deflects the light which is emitted from the image light generating unit directly to the second deflection unit .
Device for pretreating a gas to be analysed, in particular a mouthpiece for pretreating respiratory air to be analysed, having a flow path (s) along which the gas to be analysed is able to be conducted through the device , comprising at least two treatment components for treating the gas to be analysed, which each have at least one treatment section , wherein each of the treatment components is selectively able to be brought into a first position and into a second position , wherein, in the first position , a treatment section of the treatment components is situated in the flow path (s) and the gas to be analysed is treated by the treatment components , and wherein, in the second position , no treatment section of the treatment components is situated in flow path (s) and the gas to be analysed is not treated by the treatment components .
Multi-spectral image printing method, the method being characterized in that it includes the steps of: - providing a multi-spectral image, wherein the multi-spectral image includes two dimensions used to describe spatial dimensions and a third dimension used to describe spectral information; - providing a material whose refractive index can be modified using electromagnetic radiation to print the multi-spectral image; - determining changes in a refractive index value of the material permitting to reproduce the multi-spectral image by reflection and interference when the material is illuminated; and - generating the changes in refractive index value in the material using the electromagnetic radiation. - providing a multi-spectral image, wherein the multi-spectral image includes two dimensions used to describe spatial dimensions and a third dimension used to describe spectral information; - providing a material whose refractive index can be modified using electromagnetic radiation to print the multi-spectral image; - determining changes in a refractive index value of the material permitting to reproduce the multi-spectral image by reflection and interference when the material is illuminated; and - generating the changes in refractive index value in the material using the electromagnetic radiation.
Device for closing the sliding door of a sliding door arrangement, comprising a device housing with a first cable pulley battery rotatably mounted and stationarily arranged therein and a second cable pulley battery rotatably mounted in a cable pulley housing , wherein the cable pulley housing is displaceably guided in the device housing relative to the first cable pulley battery , further comprising a tension spring which is fastened on the one hand to the device housing and on the other hand to the cable pulley housing , and further comprising a traction cable which is guided in a looping manner around the rollers of the two cable pulley batteries , characterised in that the traction cable is connected at the first end to the cable pulley housing and is connectable at the other end directly or indirectly to the guide rail , and in that a pulley is installed on the device as a rotation damper for reducing the travelling speed of the sliding door during the travel of the sliding door along the travel path, which pulley projects beyond the device housing and can be brought into frictional connection with the guide rail .
A method for detecting at the level of a first device and at the level of a MNO server that a removable secure element has been temporarily disconnected from said first device with which said removable element is cooperating, said first device entering during a lap of time in a sleeping mode, said method comprising: A- Providing by said secure element to said first device a Temporal Global Identity, called first Temporal Global Identity, on demand by said first device, before said first device enters in said sleeping mode and storing said first Temporal Global Identity in a memory of said first device; B- Entering said first device in said sleeping mode; C- If said secure element is inserted and used by a second device during the sleeping mode of said first device, said use consisting in an action different from a reading of said first Temporal Global Identity, replacing in said secure element said first Temporal Global Identity by a second Temporal Global Identity different from said first Temporal Global Identity, providing said second Temporal Global Identity to said second device and storing said second Temporal Global Identity in a memory of said second device; D- When getting out from said sleeping mode by said first device, reading by said first device the Temporal Global Identity stored in said secure element; E- If the Temporal Global Identity read at step -D- is not the same than the Temporal Global Identity stored at step -A-, sending by said first device to said MNO server a message in order to inform him that said secure element has been used by another device. A- Providing by said secure element to said first device a Temporal Global Identity, called first Temporal Global Identity, on demand by said first device, before said first device enters in said sleeping mode and storing said first Temporal Global Identity in a memory of said first device; B- Entering said first device in said sleeping mode; C- If said secure element is inserted and used by a second device during the sleeping mode of said first device, said use consisting in an action different from a reading of said first Temporal Global Identity, replacing in said secure element said first Temporal Global Identity by a second Temporal Global Identity different from said first Temporal Global Identity, providing said second Temporal Global Identity to said second device and storing said second Temporal Global Identity in a memory of said second device; D- When getting out from said sleeping mode by said first device, reading by said first device the Temporal Global Identity stored in said secure element; E- If the Temporal Global Identity read at step -D- is not the same than the Temporal Global Identity stored at step -A-, sending by said first device to said MNO server a message in order to inform him that said secure element has been used by another device.